prolaktiini

prolaktiini (nominative singular)
prolaktiinit (nominative plural)
prolaktiini (accusative nominative singular)
prolaktiinit (accusative nominative plural)
prolaktiinin (accusative genitive singular)
prolaktiinit (accusative genitive plural)
prolaktiinin (genitive singular)
prolaktiinien (genitive plural)
prolaktiinia (partitive singular)
prolaktiineja (partitive plural)
prolaktiinissa (inessive singular)
prolaktiineissa (inessive plural)
prolaktiinista (elative singular)
prolaktiineista (elative plural)
prolaktiiniin (illative singular)
prolaktiineihin (illative plural)
prolaktiinilla (adessive singular)
prolaktiineilla (adessive plural)
prolaktiinilta (ablative singular)
prolaktiineilta (ablative plural)
prolaktiinille (allative singular)
prolaktiineille (allative plural)
prolaktiinina (essive singular)
prolaktiineina (essive plural)
prolaktiiniksi (singular translative)
prolaktiineiksi (plural translative)
prolaktiinitta (abessive singular)
prolaktiineitta (abessive plural)
prolaktiinein (instructive plural)
See the possessive forms below. (comitative)
prolaktiinini (nominative singular)
prolaktiinini (nominative plural)
prolaktiinini (accusative nominative singular)
prolaktiinini (accusative nominative plural)
prolaktiinini (accusative genitive singular)
prolaktiinini (accusative genitive plural)
prolaktiinini (genitive singular)
prolaktiinieni (genitive plural)
prolaktiiniani (partitive singular)
prolaktiinejani (partitive plural)
prolaktiinissani (inessive singular)
prolaktiineissani (inessive plural)
prolaktiinistani (elative singular)
prolaktiineistani (elative plural)
prolaktiiniini (illative singular)
prolaktiineihini (illative plural)
prolaktiinillani (adessive singular)
prolaktiineillani (adessive plural)
prolaktiiniltani (ablative singular)
prolaktiineiltani (ablative plural)
prolaktiinilleni (allative singular)
prolaktiineilleni (allative plural)
prolaktiininani (essive singular)
prolaktiineinani (essive plural)
prolaktiinikseni (singular translative)
prolaktiineikseni (plural translative)
prolaktiinittani (abessive singular)
prolaktiineittani (abessive plural)
prolaktiineineni (comitative plural)
prolaktiinisi (nominative singular)
prolaktiinisi (nominative plural)
prolaktiinisi (accusative nominative singular)
prolaktiinisi (accusative nominative plural)
prolaktiinisi (accusative genitive singular)
prolaktiinisi (accusative genitive plural)
prolaktiinisi (genitive singular)
prolaktiiniesi (genitive plural)
prolaktiiniasi (partitive singular)
prolaktiinejasi (partitive plural)
prolaktiinissasi (inessive singular)
prolaktiineissasi (inessive plural)
prolaktiinistasi (elative singular)
prolaktiineistasi (elative plural)
prolaktiiniisi (illative singular)
prolaktiineihisi (illative plural)
prolaktiinillasi (adessive singular)
prolaktiineillasi (adessive plural)
prolaktiiniltasi (ablative singular)
prolaktiineiltasi (ablative plural)
prolaktiinillesi (allative singular)
prolaktiineillesi (allative plural)
prolaktiininasi (essive singular)
prolaktiineinasi (essive plural)
prolaktiiniksesi (singular translative)
prolaktiineiksesi (plural translative)
prolaktiinittasi (abessive singular)
prolaktiineittasi (abessive plural)
prolaktiineinesi (comitative plural)
prolaktiinimme (nominative singular)
prolaktiinimme (nominative plural)
prolaktiinimme (accusative nominative singular)
prolaktiinimme (accusative nominative plural)
prolaktiinimme (accusative genitive singular)
prolaktiinimme (accusative genitive plural)
prolaktiinimme (genitive singular)
prolaktiiniemme (genitive plural)
prolaktiiniamme (partitive singular)
prolaktiinejamme (partitive plural)
prolaktiinissamme (inessive singular)
prolaktiineissamme (inessive plural)
prolaktiinistamme (elative singular)
prolaktiineistamme (elative plural)
prolaktiiniimme (illative singular)
prolaktiineihimme (illative plural)
prolaktiinillamme (adessive singular)
prolaktiineillamme (adessive plural)
prolaktiiniltamme (ablative singular)
prolaktiineiltamme (ablative plural)
prolaktiinillemme (allative singular)
prolaktiineillemme (allative plural)
prolaktiininamme (essive singular)
prolaktiineinamme (essive plural)
prolaktiiniksemme (singular translative)
prolaktiineiksemme (plural translative)
prolaktiinittamme (abessive singular)
prolaktiineittamme (abessive plural)
prolaktiineinemme (comitative plural)
prolaktiininne (nominative singular)
prolaktiininne (nominative plural)
prolaktiininne (accusative nominative singular)
prolaktiininne (accusative nominative plural)
prolaktiininne (accusative genitive singular)
prolaktiininne (accusative genitive plural)
prolaktiininne (genitive singular)
prolaktiinienne (genitive plural)
prolaktiinianne (partitive singular)
prolaktiinejanne (partitive plural)
prolaktiinissanne (inessive singular)
prolaktiineissanne (inessive plural)
prolaktiinistanne (elative singular)
prolaktiineistanne (elative plural)
prolaktiiniinne (illative singular)
prolaktiineihinne (illative plural)
prolaktiinillanne (adessive singular)
prolaktiineillanne (adessive plural)
prolaktiiniltanne (ablative singular)
prolaktiineiltanne (ablative plural)
prolaktiinillenne (allative singular)
prolaktiineillenne (allative plural)
prolaktiininanne (essive singular)
prolaktiineinanne (essive plural)
prolaktiiniksenne (singular translative)
prolaktiineiksenne (plural translative)
prolaktiinittanne (abessive singular)
prolaktiineittanne (abessive plural)
prolaktiineinenne (comitative plural)
prolaktiininsa (nominative singular)
prolaktiininsa (nominative plural)
prolaktiininsa (accusative nominative singular)
prolaktiininsa (accusative nominative plural)
prolaktiininsa (accusative genitive singular)
prolaktiininsa (accusative genitive plural)
prolaktiininsa (genitive singular)
prolaktiiniensa (genitive plural)
prolaktiiniaan (partitive singular)
prolaktiiniansa (partitive singular)
prolaktiinejaan (partitive plural)
prolaktiinejansa (partitive plural)
prolaktiinissaan (inessive singular)
prolaktiinissansa (inessive singular)
prolaktiineissaan (inessive plural)
prolaktiineissansa (inessive plural)
prolaktiinistaan (elative singular)
prolaktiinistansa (elative singular)
prolaktiineistaan (elative plural)
prolaktiineistansa (elative plural)
prolaktiiniinsa (illative singular)
prolaktiineihinsa (illative plural)
prolaktiinillaan (adessive singular)
prolaktiinillansa (adessive singular)
prolaktiineillaan (adessive plural)
prolaktiineillansa (adessive plural)
prolaktiiniltaan (ablative singular)
prolaktiiniltansa (ablative singular)
prolaktiineiltaan (ablative plural)
prolaktiineiltansa (ablative plural)
prolaktiinilleen (allative singular)
prolaktiinillensa (allative singular)
prolaktiineilleen (allative plural)
prolaktiineillensa (allative plural)
prolaktiininaan (essive singular)
prolaktiininansa (essive singular)
prolaktiineinaan (essive plural)
prolaktiineinansa (essive plural)
prolaktiinikseen (singular translative)
prolaktiiniksensa (singular translative)
prolaktiineikseen (plural translative)
prolaktiineiksensa (plural translative)
prolaktiinittaan (abessive singular)
prolaktiinittansa (abessive singular)
prolaktiineittaan (abessive plural)
prolaktiineittansa (abessive plural)
prolaktiineineen (comitative plural)
prolaktiineinensa (comitative plural)

Internationalism (see English prolactin).


proteolyysi

proteolyysi (nominative singular)
proteolyysit (nominative plural)
proteolyysi (accusative nominative singular)
proteolyysit (accusative nominative plural)
proteolyysin (accusative genitive singular)
proteolyysit (accusative genitive plural)
proteolyysin (genitive singular)
proteolyysien (genitive plural)
proteolyysiä (partitive singular)
proteolyysejä (partitive plural)
proteolyysissä (inessive singular)
proteolyyseissä (inessive plural)
proteolyysistä (elative singular)
proteolyyseistä (elative plural)
proteolyysiin (illative singular)
proteolyyseihin (illative plural)
proteolyysillä (adessive singular)
proteolyyseillä (adessive plural)
proteolyysiltä (ablative singular)
proteolyyseiltä (ablative plural)
proteolyysille (allative singular)
proteolyyseille (allative plural)
proteolyysinä (essive singular)
proteolyyseinä (essive plural)
proteolyysiksi (singular translative)
proteolyyseiksi (plural translative)
proteolyysittä (abessive singular)
proteolyyseittä (abessive plural)
proteolyysein (instructive plural)
See the possessive forms below. (comitative)
proteolyysini (nominative singular)
proteolyysini (nominative plural)
proteolyysini (accusative nominative singular)
proteolyysini (accusative nominative plural)
proteolyysini (accusative genitive singular)
proteolyysini (accusative genitive plural)
proteolyysini (genitive singular)
proteolyysieni (genitive plural)
proteolyysiäni (partitive singular)
proteolyysejäni (partitive plural)
proteolyysissäni (inessive singular)
proteolyyseissäni (inessive plural)
proteolyysistäni (elative singular)
proteolyyseistäni (elative plural)
proteolyysiini (illative singular)
proteolyyseihini (illative plural)
proteolyysilläni (adessive singular)
proteolyyseilläni (adessive plural)
proteolyysiltäni (ablative singular)
proteolyyseiltäni (ablative plural)
proteolyysilleni (allative singular)
proteolyyseilleni (allative plural)
proteolyysinäni (essive singular)
proteolyyseinäni (essive plural)
proteolyysikseni (singular translative)
proteolyyseikseni (plural translative)
proteolyysittäni (abessive singular)
proteolyyseittäni (abessive plural)
proteolyyseineni (comitative plural)
proteolyysisi (nominative singular)
proteolyysisi (nominative plural)
proteolyysisi (accusative nominative singular)
proteolyysisi (accusative nominative plural)
proteolyysisi (accusative genitive singular)
proteolyysisi (accusative genitive plural)
proteolyysisi (genitive singular)
proteolyysiesi (genitive plural)
proteolyysiäsi (partitive singular)
proteolyysejäsi (partitive plural)
proteolyysissäsi (inessive singular)
proteolyyseissäsi (inessive plural)
proteolyysistäsi (elative singular)
proteolyyseistäsi (elative plural)
proteolyysiisi (illative singular)
proteolyyseihisi (illative plural)
proteolyysilläsi (adessive singular)
proteolyyseilläsi (adessive plural)
proteolyysiltäsi (ablative singular)
proteolyyseiltäsi (ablative plural)
proteolyysillesi (allative singular)
proteolyyseillesi (allative plural)
proteolyysinäsi (essive singular)
proteolyyseinäsi (essive plural)
proteolyysiksesi (singular translative)
proteolyyseiksesi (plural translative)
proteolyysittäsi (abessive singular)
proteolyyseittäsi (abessive plural)
proteolyyseinesi (comitative plural)
proteolyysimme (nominative singular)
proteolyysimme (nominative plural)
proteolyysimme (accusative nominative singular)
proteolyysimme (accusative nominative plural)
proteolyysimme (accusative genitive singular)
proteolyysimme (accusative genitive plural)
proteolyysimme (genitive singular)
proteolyysiemme (genitive plural)
proteolyysiämme (partitive singular)
proteolyysejämme (partitive plural)
proteolyysissämme (inessive singular)
proteolyyseissämme (inessive plural)
proteolyysistämme (elative singular)
proteolyyseistämme (elative plural)
proteolyysiimme (illative singular)
proteolyyseihimme (illative plural)
proteolyysillämme (adessive singular)
proteolyyseillämme (adessive plural)
proteolyysiltämme (ablative singular)
proteolyyseiltämme (ablative plural)
proteolyysillemme (allative singular)
proteolyyseillemme (allative plural)
proteolyysinämme (essive singular)
proteolyyseinämme (essive plural)
proteolyysiksemme (singular translative)
proteolyyseiksemme (plural translative)
proteolyysittämme (abessive singular)
proteolyyseittämme (abessive plural)
proteolyyseinemme (comitative plural)
proteolyysinne (nominative singular)
proteolyysinne (nominative plural)
proteolyysinne (accusative nominative singular)
proteolyysinne (accusative nominative plural)
proteolyysinne (accusative genitive singular)
proteolyysinne (accusative genitive plural)
proteolyysinne (genitive singular)
proteolyysienne (genitive plural)
proteolyysiänne (partitive singular)
proteolyysejänne (partitive plural)
proteolyysissänne (inessive singular)
proteolyyseissänne (inessive plural)
proteolyysistänne (elative singular)
proteolyyseistänne (elative plural)
proteolyysiinne (illative singular)
proteolyyseihinne (illative plural)
proteolyysillänne (adessive singular)
proteolyyseillänne (adessive plural)
proteolyysiltänne (ablative singular)
proteolyyseiltänne (ablative plural)
proteolyysillenne (allative singular)
proteolyyseillenne (allative plural)
proteolyysinänne (essive singular)
proteolyyseinänne (essive plural)
proteolyysiksenne (singular translative)
proteolyyseiksenne (plural translative)
proteolyysittänne (abessive singular)
proteolyyseittänne (abessive plural)
proteolyyseinenne (comitative plural)
proteolyysinsä (nominative singular)
proteolyysinsä (nominative plural)
proteolyysinsä (accusative nominative singular)
proteolyysinsä (accusative nominative plural)
proteolyysinsä (accusative genitive singular)
proteolyysinsä (accusative genitive plural)
proteolyysinsä (genitive singular)
proteolyysiensä (genitive plural)
proteolyysiään (partitive singular)
proteolyysiänsä (partitive singular)
proteolyysejään (partitive plural)
proteolyysejänsä (partitive plural)
proteolyysissään (inessive singular)
proteolyysissänsä (inessive singular)
proteolyyseissään (inessive plural)
proteolyyseissänsä (inessive plural)
proteolyysistään (elative singular)
proteolyysistänsä (elative singular)
proteolyyseistään (elative plural)
proteolyyseistänsä (elative plural)
proteolyysiinsä (illative singular)
proteolyyseihinsä (illative plural)
proteolyysillään (adessive singular)
proteolyysillänsä (adessive singular)
proteolyyseillään (adessive plural)
proteolyyseillänsä (adessive plural)
proteolyysiltään (ablative singular)
proteolyysiltänsä (ablative singular)
proteolyyseiltään (ablative plural)
proteolyyseiltänsä (ablative plural)
proteolyysilleen (allative singular)
proteolyysillensä (allative singular)
proteolyyseilleen (allative plural)
proteolyyseillensä (allative plural)
proteolyysinään (essive singular)
proteolyysinänsä (essive singular)
proteolyyseinään (essive plural)
proteolyyseinänsä (essive plural)
proteolyysikseen (singular translative)
proteolyysiksensä (singular translative)
proteolyyseikseen (plural translative)
proteolyyseiksensä (plural translative)
proteolyysittään (abessive singular)
proteolyysittänsä (abessive singular)
proteolyyseittään (abessive plural)
proteolyyseittänsä (abessive plural)
proteolyyseineen (comitative plural)
proteolyyseinensä (comitative plural)

Internationalism (see English proteolysis).


prostaglandiini

prostaglandiini (nominative singular)
prostaglandiinit (nominative plural)
prostaglandiini (accusative nominative singular)
prostaglandiinit (accusative nominative plural)
prostaglandiinin (accusative genitive singular)
prostaglandiinit (accusative genitive plural)
prostaglandiinin (genitive singular)
prostaglandiinien (genitive plural)
prostaglandiinia (partitive singular)
prostaglandiineja (partitive plural)
prostaglandiinissa (inessive singular)
prostaglandiineissa (inessive plural)
prostaglandiinista (elative singular)
prostaglandiineista (elative plural)
prostaglandiiniin (illative singular)
prostaglandiineihin (illative plural)
prostaglandiinilla (adessive singular)
prostaglandiineilla (adessive plural)
prostaglandiinilta (ablative singular)
prostaglandiineilta (ablative plural)
prostaglandiinille (allative singular)
prostaglandiineille (allative plural)
prostaglandiinina (essive singular)
prostaglandiineina (essive plural)
prostaglandiiniksi (singular translative)
prostaglandiineiksi (plural translative)
prostaglandiinitta (abessive singular)
prostaglandiineitta (abessive plural)
prostaglandiinein (instructive plural)
See the possessive forms below. (comitative)
prostaglandiinini (nominative singular)
prostaglandiinini (nominative plural)
prostaglandiinini (accusative nominative singular)
prostaglandiinini (accusative nominative plural)
prostaglandiinini (accusative genitive singular)
prostaglandiinini (accusative genitive plural)
prostaglandiinini (genitive singular)
prostaglandiinieni (genitive plural)
prostaglandiiniani (partitive singular)
prostaglandiinejani (partitive plural)
prostaglandiinissani (inessive singular)
prostaglandiineissani (inessive plural)
prostaglandiinistani (elative singular)
prostaglandiineistani (elative plural)
prostaglandiiniini (illative singular)
prostaglandiineihini (illative plural)
prostaglandiinillani (adessive singular)
prostaglandiineillani (adessive plural)
prostaglandiiniltani (ablative singular)
prostaglandiineiltani (ablative plural)
prostaglandiinilleni (allative singular)
prostaglandiineilleni (allative plural)
prostaglandiininani (essive singular)
prostaglandiineinani (essive plural)
prostaglandiinikseni (singular translative)
prostaglandiineikseni (plural translative)
prostaglandiinittani (abessive singular)
prostaglandiineittani (abessive plural)
prostaglandiineineni (comitative plural)
prostaglandiinisi (nominative singular)
prostaglandiinisi (nominative plural)
prostaglandiinisi (accusative nominative singular)
prostaglandiinisi (accusative nominative plural)
prostaglandiinisi (accusative genitive singular)
prostaglandiinisi (accusative genitive plural)
prostaglandiinisi (genitive singular)
prostaglandiiniesi (genitive plural)
prostaglandiiniasi (partitive singular)
prostaglandiinejasi (partitive plural)
prostaglandiinissasi (inessive singular)
prostaglandiineissasi (inessive plural)
prostaglandiinistasi (elative singular)
prostaglandiineistasi (elative plural)
prostaglandiiniisi (illative singular)
prostaglandiineihisi (illative plural)
prostaglandiinillasi (adessive singular)
prostaglandiineillasi (adessive plural)
prostaglandiiniltasi (ablative singular)
prostaglandiineiltasi (ablative plural)
prostaglandiinillesi (allative singular)
prostaglandiineillesi (allative plural)
prostaglandiininasi (essive singular)
prostaglandiineinasi (essive plural)
prostaglandiiniksesi (singular translative)
prostaglandiineiksesi (plural translative)
prostaglandiinittasi (abessive singular)
prostaglandiineittasi (abessive plural)
prostaglandiineinesi (comitative plural)
prostaglandiinimme (nominative singular)
prostaglandiinimme (nominative plural)
prostaglandiinimme (accusative nominative singular)
prostaglandiinimme (accusative nominative plural)
prostaglandiinimme (accusative genitive singular)
prostaglandiinimme (accusative genitive plural)
prostaglandiinimme (genitive singular)
prostaglandiiniemme (genitive plural)
prostaglandiiniamme (partitive singular)
prostaglandiinejamme (partitive plural)
prostaglandiinissamme (inessive singular)
prostaglandiineissamme (inessive plural)
prostaglandiinistamme (elative singular)
prostaglandiineistamme (elative plural)
prostaglandiiniimme (illative singular)
prostaglandiineihimme (illative plural)
prostaglandiinillamme (adessive singular)
prostaglandiineillamme (adessive plural)
prostaglandiiniltamme (ablative singular)
prostaglandiineiltamme (ablative plural)
prostaglandiinillemme (allative singular)
prostaglandiineillemme (allative plural)
prostaglandiininamme (essive singular)
prostaglandiineinamme (essive plural)
prostaglandiiniksemme (singular translative)
prostaglandiineiksemme (plural translative)
prostaglandiinittamme (abessive singular)
prostaglandiineittamme (abessive plural)
prostaglandiineinemme (comitative plural)
prostaglandiininne (nominative singular)
prostaglandiininne (nominative plural)
prostaglandiininne (accusative nominative singular)
prostaglandiininne (accusative nominative plural)
prostaglandiininne (accusative genitive singular)
prostaglandiininne (accusative genitive plural)
prostaglandiininne (genitive singular)
prostaglandiinienne (genitive plural)
prostaglandiinianne (partitive singular)
prostaglandiinejanne (partitive plural)
prostaglandiinissanne (inessive singular)
prostaglandiineissanne (inessive plural)
prostaglandiinistanne (elative singular)
prostaglandiineistanne (elative plural)
prostaglandiiniinne (illative singular)
prostaglandiineihinne (illative plural)
prostaglandiinillanne (adessive singular)
prostaglandiineillanne (adessive plural)
prostaglandiiniltanne (ablative singular)
prostaglandiineiltanne (ablative plural)
prostaglandiinillenne (allative singular)
prostaglandiineillenne (allative plural)
prostaglandiininanne (essive singular)
prostaglandiineinanne (essive plural)
prostaglandiiniksenne (singular translative)
prostaglandiineiksenne (plural translative)
prostaglandiinittanne (abessive singular)
prostaglandiineittanne (abessive plural)
prostaglandiineinenne (comitative plural)
prostaglandiininsa (nominative singular)
prostaglandiininsa (nominative plural)
prostaglandiininsa (accusative nominative singular)
prostaglandiininsa (accusative nominative plural)
prostaglandiininsa (accusative genitive singular)
prostaglandiininsa (accusative genitive plural)
prostaglandiininsa (genitive singular)
prostaglandiiniensa (genitive plural)
prostaglandiiniaan (partitive singular)
prostaglandiiniansa (partitive singular)
prostaglandiinejaan (partitive plural)
prostaglandiinejansa (partitive plural)
prostaglandiinissaan (inessive singular)
prostaglandiinissansa (inessive singular)
prostaglandiineissaan (inessive plural)
prostaglandiineissansa (inessive plural)
prostaglandiinistaan (elative singular)
prostaglandiinistansa (elative singular)
prostaglandiineistaan (elative plural)
prostaglandiineistansa (elative plural)
prostaglandiiniinsa (illative singular)
prostaglandiineihinsa (illative plural)
prostaglandiinillaan (adessive singular)
prostaglandiinillansa (adessive singular)
prostaglandiineillaan (adessive plural)
prostaglandiineillansa (adessive plural)
prostaglandiiniltaan (ablative singular)
prostaglandiiniltansa (ablative singular)
prostaglandiineiltaan (ablative plural)
prostaglandiineiltansa (ablative plural)
prostaglandiinilleen (allative singular)
prostaglandiinillensa (allative singular)
prostaglandiineilleen (allative plural)
prostaglandiineillensa (allative plural)
prostaglandiininaan (essive singular)
prostaglandiininansa (essive singular)
prostaglandiineinaan (essive plural)
prostaglandiineinansa (essive plural)
prostaglandiinikseen (singular translative)
prostaglandiiniksensa (singular translative)
prostaglandiineikseen (plural translative)
prostaglandiineiksensa (plural translative)
prostaglandiinittaan (abessive singular)
prostaglandiinittansa (abessive singular)
prostaglandiineittaan (abessive plural)
prostaglandiineittansa (abessive plural)
prostaglandiineineen (comitative plural)
prostaglandiineinensa (comitative plural)

Internationalism (see English prostaglandin).


hexocinasa

hexocinasas (plural)
hexokinasa (alternative)


adenililciclasa

es-noun

adenililciclasa f (plural adenililciclasas)


adenilil

adenililes (plural)
adenililo (alternative)


carboxiquinasa

carboxiquinasa f (plural carboxiquinasas)

carboxiquinasas (plural)
carboxicinasa (alternative)
carboxikinasa (alternative)


proteína quinasa

proteína quinasa f (plural proteínas quinasas)

proteínas quinasas (plural)
proteína cinasa (alternative)
proteína kinasa (alternative)
proteinquinasa (alternative)
proteincinasa (alternative)
proteinkinasa (alternative)


uridiltransferasa

uridiltransferasa f (plural uridiltransferasas)


uridililtransferasa

uridililtransferasa f (plural uridililtransferasas)


galactosiltransferasa

galactosiltransferasa f (plural galactosiltransferasas)


glicosiltransferasa

glicosiltransferasa f (plural glicosiltransferasas)


fosfogluconolactonasa

fosfogluconolactonasa f (plural fosfogluconolactonasas)


phosphoform

(biochemistry) The phosphorylated form of a protein


villikinin

(biochemistry) A hypothetical peptide hormone, conjectured to be released from the duodenal mucosa after a meal and to stimulate villous motility.


carnocin

(biochemistry) A particular bacteriocin produced by the bacterium Carnobacterium piscicola.


호정

[ɸʷo̞d͡ʑʌ̹ŋ]


sactipeptide

(biochemistry) A kind of peptide containing intramolecular linkages between the sulfur of cysteine residues and the alpha carbon of another residue in the peptide.


gangliotetraose

Taking advantage of the known biochemistry of ganglioside biosynthesis and degradation, we explored the potential for enhancing GM1 levels in the brain by intracranial administration of VCS sialidase, which cleaves the glycosidic linkages between terminal sialic acids of complex gangliotetraose gangliosides GD1a, GD1b, and GT1b, and GQ1b to yield increased levels of GM1 and the potential for this enzyme to exert a neuroprotective effect in the MPTP mouse model of Parkinsonism.

2015 December 3, “Intraventricular Sialidase Administration Enhances GM1 Ganglioside Expression and Is Partially Neuroprotective in a Mouse Model of Parkinson’s Disease”, in PLOS ONE, →DOI:

(biochemistry) The tetraose sugar component of a ganglioside.


isoglobotriose

OPLS regression analysis positioned against the growth rate of one cub tentatively inferred a correlation with changes in the abundance of a trisaccharide, isoglobotriose, previously observed to be a major oligosaccharide in ursid milks.

2015 December 3, “Changes in the Milk Metabolome of the Giant Panda ( Ailuropoda melanoleuca ) with Time after Birth – Three Phases in Early Lactation and Progressive Individual Differences”, in PLOS ONE, →DOI:

(biochemistry) An isomer of globotriose found in the milk of some bears


micrometabolite

(biochemistry) Any metabolite that is present in very small amounts


neurotrypsin

The generation and genotyping of neurotrypsin KO mice has been previously described [22 ].

2015 December 3, “C-Terminal Fragment of Agrin (CAF): A Novel Marker for Progression of Kidney Disease in Type 2 Diabetics”, in PLOS ONE, →DOI:

(biochemistry) A serine peptidase stored in presynaptic nerve endings


культуральный

ru-adj

культура́льный

культура́льный • (kulʹturálʹnyj)

культура́льный (canonical)
kulʹturálʹnyj (romanization)
культура́льный (masculine nominative)
культура́льное (neuter nominative)
культура́льная (feminine nominative)
культура́льные (nominative plural)
культура́льного (genitive masculine neuter)
культура́льной (feminine genitive)
культура́льных (genitive plural)
культура́льному (dative masculine neuter)
культура́льной (dative feminine)
культура́льным (dative plural)
культура́льного (accusative animate masculine)
культура́льное (accusative neuter)
культура́льную (accusative feminine)
культура́льных (accusative animate plural)
культура́льный (accusative inanimate masculine)
культура́льные (accusative inanimate plural)
культура́льным (instrumental masculine neuter)
культура́льной (feminine instrumental)
культура́льною (feminine instrumental)
культура́льными (instrumental plural)
культура́льном (masculine neuter prepositional)
культура́льной (feminine prepositional)
культура́льных (plural prepositional)
культура́лен (masculine short-form)
культура́льно (neuter short-form)
культура́льна (feminine short-form)
культура́льны (plural short-form)

ru-decl-adj

культура́льный

Perhaps from German kulturell + -ный (-nyj).


metalloendoprotease

Following fertilization, ZP2 undergoes proteolytic cleavage by an oocyte-specific astacin-like metalloendoprotease, first reported as ovastacin (citation), released from the cortical granules, and sperm no longer bind to mouse embryos [22 ].

2015 December 4, “Melamine Impairs Female Fertility via Suppressing Protein Level of Juno in Mouse Eggs”, in PLOS ONE, →DOI:

(biochemistry) any endoprotease that is a metalloenzyme


monosialylated

In plasma, apoC-III exists in non-sialylated (apoC-III 0a without glycosylation and apoC-III 0b with glycosylation), monosialylated (apoC-III 1 ) or disialylated (apoC-III 2 ) proteoforms.

2015 December 4, “The Association of Human Apolipoprotein C-III Sialylation Proteoforms with Plasma Triglycerides”, in PLOS ONE, →DOI:

(biochemistry) sialylated with a single sialic acid residue


transrenal

Recently, biomarkers such as Interferon-γ-inducible protein 10 (IP-10) have been shown to be non-specific for TB [7 ] and transrenal DNA has been used for extrapulmonary-TB diagnosis [8 –9 ].

2015 December 4, “Estimation of D-Arabinose by Gas Chromatography/Mass Spectrometry as Surrogate for Mycobacterial Lipoarabinomannan in Human Urine”, in PLOS ONE, →DOI:

(biochemistry, of nucleic acid) extracellular urinary


neuricity

(biochemistry, archaic) Nervous energy or force, regarded as a property inherent in the nerves of the body.


reagin

en-noun

reagin (countable and uncountable, plural reagins)


immunocheckpoint

Non-antigen-specific immunotherapies such as immunocheckpoint blockades have been shown to be effective in the treatment of advanced melanoma.

2015 December 8, “Investigation of FOXM1 as a Potential New Target for Melanoma”, in PLOS ONE, →DOI:

(immunology, biochemistry) A checkpoint protein on T cells


checkpoint protein

checkpoint protein (plural checkpoint proteins)

(biochemistry) A protein that halts a cellular process until certain other processes are complete


refoldase

(biochemistry) Any enzyme that catalyzes refolding of a protein


hemocoagulase

The present study found that patients with postoperative fibrinogen deficiency experienced more operative blood loss and a higher rate of postoperative intracranial hematoma, and they were given more blood transfusions, more plasma transfusions, and were administered larger doses of hemocoagulase compared with patients without postoperative fibrinogen deficiency.

2015 December 12, “Risk Factors for Postoperative Fibrinogen Deficiency after Surgical Removal of Intracranial Tumors”, in PLOS ONE, →DOI:

(biochemistry) An enzyme, typically isolated from snake venom, that catalyzes the coagulation of the blood and therefore stops bleeding


Bowman-Birk protease inhibitor

Bowman-Birk protease inhibitor (plural Bowman-Birk protease inhibitors)

Bowman-Birk protease inhibitors (plural)

(biochemistry) Any of a family of eukaryotic proteinase inhibitors found mainly in the seeds of legumes and in cereal grains.


cateslytin

In this context, we suppose that cateslytin with its net positive charge of +5 might also interact with hemagglutinin B. In our case, blocking the P.

2015 December 15, “Antibacterial Peptide-Based Gel for Prevention of Medical Implanted-Device Infection”, in PLOS ONE, →DOI:

(biochemistry) A peptide, derived from a chromogranin, that shows an antimicrobial action


glycoepitope

(biochemistry, immunology) A carbohydrate epitope


procathepsin

The activity was estimated by reducing the incubation time to 2 min to avoid procathepsin L activation [17 ,19 ].

2015 December 17, “An Active 32-kDa Cathepsin L Is Secreted Directly from HT 1080 Fibrosarcoma Cells and Not via Lysosomal Exocytosis”, in PLOS ONE, →DOI:

(biochemistry) Any of a family of proteins that are involved in the production of cathepsins


intradiol

Local oxygen levels may be further reduced by the up regulation of a putative secreted intradiol dioxygenase (PAU_03890), as this class of enzyme utilise molecular oxygen.

2015 December 18, “From Insect to Man: Photorhabdus Sheds Light on the Emergence of Human Pathogenicity”, in PLOS ONE, →DOI:

(biochemistry) Between the carbon atoms that carry the two hydroxyl groups of a diol


rhamnopyranoside

(biochemistry) Any pyranoside derived from rhamnose.


dickkopf

Borrowed from German Dickkopf (“stubborn person”, literally “thick head”), from the fact that Dickkopf-related protein 1 (DKK1), one of the dickkopf proteins, was found to be required for head formation in embryos. The word was coined by Andrei Glinka, Wei Wu, Hajo Delius, A. Paula Monaghan, Claudia Blumenstock, and Christof Niehrs in a 1998 article published in Nature: see the quotation.

bor

Here we describe dickkopf-1 (dkk-1), which encodes Dkk-1, a secreted inducer of Spemann's organizer in Xenopus and a member of a new protein family.

[1998 January 22, Andrei Glinka et al., “Dickkopf-1 is a Member of a New Family of Secreted Proteins and Functions in Head Induction”, in Nature, volume 391, number 6665, London: Nature Research, →DOI, →ISSN, →OCLC, abstract, page 357:

Some of the factors tested included: angiopoietin like protein 7 (ANGLPT7), epidermal growth factor (EGF), fibroblast growth factor 2 (FGF2), transforming growth factor beta 2 (TGF β 2), platelet derived growth factor b (PDGFB), and dickkopf related protein 2 (DKK2).

2015 December 22, Kathryn L. McCabe et al., “Efficient Generation of Human Embryonic Stem Cell-derived Corneal Endothelial Cells by Directed Differentiation”, in PLOS ONE, volume 10, number 12, San Francisco, Calif.: PLOS, →DOI, →ISSN, →OCLC, article number e0145266:

Oncogenic mutations in the human genome disable of the 'β-catenin-destroyer complex' and delete the dickkopfs.

2016, Joseph G. Sinkovics, “Eukaryotic Single Cells and the First Cell Communities Then and Now”, in RNA/DNA and Cancer, Cham, Switzerland: Springer, →DOI, →ISBN, page 81:

(biochemistry) Any of a family of glycoproteins that are involved in the development of the embryo.

British Journal of Pharmacology
British Pharmacological Society
DKK1
Wiley-Blackwell

Dickkopf-proteiini

any of a family of glycoproteins that is involved in the development of the embryo


multimethylation

For instance, PTMs such as lipoylation, glycosylation, phosphorylation and SUMOylation can have a high impact on host immune modulation during Ehrlichia muris [57 ], Ehrlichia chaffeensis [58 ] and Anaplasma phagocytophilum [59 ] infections and, multimethylation can lead to different levels of virulence in R.

2015 December 22, “Comparative Proteomic Profiling of Ehrlichia ruminantium Pathogenic Strain and Its High-Passaged Attenuated Strain Reveals Virulence and Attenuation-Associated Proteins”, in PLOS ONE, →DOI:

(biochemistry) methylation at multiple sites


цитокин

ru-noun+

цитоки́н • (citokín) m inan (genitive цитоки́на, nominative plural цитоки́ны, genitive plural цитоки́нов)

цитоки́н (canonical)
citokín (romanization)
цитоки́на (genitive)
цитоки́ны (nominative plural)
цитоки́нов (genitive plural)
цитоки́н (nominative singular)
цитоки́ны (nominative plural)
цитоки́на (genitive singular)
цитоки́нов (genitive plural)
цитоки́ну (dative singular)
цитоки́нам (dative plural)
цитоки́н (accusative singular)
цитоки́ны (accusative plural)
цитоки́ном (instrumental singular)
цитоки́нами (instrumental plural)
цитоки́не (prepositional singular)
цитоки́нах (plural prepositional)

Ultimately borrowed from English cytokine.


deacylase

They exhibit a diverse range of functional categories that include porin, transporter, adhesin, lipase, protease, deacylase, pore-forming toxin, and assembly factors [2 ,3 ].

2015 December 23, “PredβTM: A Novel β-Transmembrane Region Prediction Algorithm”, in PLOS ONE, →DOI:

(biochemistry) Any hydrolase that removes an acyl group by hydrolysis


пептид

peptid (romanization)
пептид (nominative singular)
пептидтер (nominative plural)
пептидтің (genitive singular)
пептидтердің (genitive plural)
пептидке (dative singular)
пептидтерге (dative plural)
пептидті (accusative singular)
пептидтерді (accusative plural)
пептидте (locative singular)
пептидтерде (locative plural)
пептидтен (ablative singular)
пептидтерден (ablative plural)
пептидпен (instrumental singular)
пептидтермен (instrumental plural)

kk-decl-noun

пептидтердің

пептидтерден

пептидтермен

Borrowed from Russian пептид (peptid), from German Peptid, from Ancient Greek πεπτός (peptós, “digested”).

der

Kazakh alphabets#Arabic script
Kazakh alphabets#Cyrillic script
Kazakh alphabets#Latin script


пептид

ru-noun+

пепти́д • (peptíd) m inan (genitive пепти́да, nominative plural пепти́ды, genitive plural пепти́дов)

пепти́д (canonical)
peptíd (romanization)
пепти́да (genitive)
пепти́ды (nominative plural)
пепти́дов (genitive plural)
пепти́д (nominative singular)
пепти́ды (nominative plural)
пепти́да (genitive singular)
пепти́дов (genitive plural)
пепти́ду (dative singular)
пепти́дам (dative plural)
пепти́д (accusative singular)
пепти́ды (accusative plural)
пепти́дом (instrumental singular)
пепти́дами (instrumental plural)
пепти́де (prepositional singular)
пепти́дах (plural prepositional)

→ Kazakh: пептид (peptid)

Borrowed from German Peptid, from Ancient Greek πεπτός (peptós, “digested”).


protosite

To expand the distribution of plant resources containing RAs and explore the functional role of N-methylated amino acids in natural RAs in the maintenance of the conformation and bioactivity, we structurally and pharmacologically investigated interesting RAs using the TLC cyclopeptide protosite detection method with ninhydrin [23 ] from R.

2015 December 23, “Rubipodanin A, the First Natural N -Desmonomethyl Rubiaceae-Type Cyclopeptide from Rubia podantha, Indicating an Important Role of the N 9 -Methyl Group in the Conformation and Bioactivity”, in PLOS ONE, →DOI:

(biochemistry) Any part of a biomolecule that has the potential to be a site for the attachment of another one


rubipodanin

Fortunately, a new cyclic hexapeptide, rubipodanin A ( 1 ), which is the first identified natural N-desmonomethyl RA, together with six known RAs ( 2–7 ) were obtained.

(biochemistry) Any of a family of cyclic peptides found in the madder Rubia podantha


transcuprein

Albumin (about 69 kDa) has a very high affinity Cu(II) site at its N-terminus (Kd about 10−12 M) in most mammals; and transcuprein, which in humans is alpha-2-macroglobulin, has an even higher Cu affinity.

2016 March 3, “Mechanism of Copper Uptake from Blood Plasma Ceruloplasmin by Mammalian Cells”, in PLOS ONE, →DOI:

(biochemistry) A small protein with a specific role in plasma copper transport.


thermoswitch

This appears to be the first purely computational design of functional RNA thermoswitches, and certainly the first purely computational design of functional thermo-IRES elements.

2016, Juan Antonio Garcia-Martin, Ivan Dotu, Javier Fernandez-Chamorro, Gloria Lozano, Jorge Ramajo, Encarnacion Martinez-Salas, Peter Clote, “RNAiFold2T: Constraint Programming design of thermo-IRES switches”, in arXiv:

(biochemistry) A form of riboswitch incorporating a thermosensor and thus responsive to temperature changes.


ferritinophagy

Alternatively, the turn over of ferritin by the process of ferritinophagy could be modified in the absence of CFTR [45, 46 ].

2015 December 29, “Iron Homeostasis and Inflammatory Status in Mice Deficient for the Cystic Fibrosis Transmembrane Regulator”, in PLOS ONE, →DOI:

(biochemistry) The metabolism of ferritin


homoglucan

Dextran, a homoglucan produced by Leuconostoc mesenteroides, has been cited as the primary polysaccharide associated with sugarcane deterioration.

2015 December 29, “Diverse Exopolysaccharide Producing Bacteria Isolated from Milled Sugarcane: Implications for Cane Spoilage and Sucrose Yield”, in PLOS ONE, →DOI:

(biochemistry) A homopolysaccharide composed of glucose moieties


inulosucrase

(biochemistry) Any transferase that catalyzes the transfer of a fructose moiety from sucrose to inulin


phosphodonor

Their K 1/2 values scaled inversely with the aggregate lengths of their connecting segment between Tsr1 and Tsr2: the longest linker (546~551/L-6) produced the most sensitive response (K 1/2 = 55 μM); the shortest (517~551/L-4) failed to respond to serine, but evinced high kinase activity upon potassium cyanide challenge, which depletes cellular ATP, the phosphodonor for the CheA autophosphorylation reaction (see Methods ).

2015 December 29, “Chemotactic Signaling by Single-Chain Chemoreceptors”, in PLOS ONE, →DOI:

(biochemistry) Any substance that donates a phosphoryl group


undecaheme

Such preferential orientation may be deduced, for example, from recent X-ray diffraction data of undecaheme cytochrome crystalized in the presence of soluble Fe(III) chelates [23 ,26 ].

2015 December 29, “In Situ Analysis of a Silver Nanoparticle-Precipitating Shewanella Biofilm by Surface Enhanced Confocal Raman Microscopy”, in PLOS ONE, →DOI:

(biochemistry, in combination) Eleven heme groups in a molecule


despeciated

(biochemistry) Of a serum: modified so that it is no longer species-specific, to avoid triggering allergic reactions.


myoneurin

In that essence, the effect of such SNPs can be mediated through one of the other genes in 3q26 locus that were found to actually play a role in controlling expression either by activating or repressing the transcription of various genes such as encoding myoneurin (MYNN) including telomerase.

2016 January 1, “Associations of TERC Single Nucleotide Polymorphisms with Human Leukocyte Telomere Length and the Risk of Type 2 Diabetes Mellitus”, in PLOS ONE, →DOI:

(biochemistry) Any of a family of zinc finger proteins whose members have been implicated in regulatory functions of gene expression


royalisin

(biochemistry) A defensin-like peptide found in royal jelly.


cytochemically

(biochemistry) With reference to, or by means of cytochemistry


physiocrine

Prior work showed that the asparaginyl-tRNA synthetase (BmAsnRS) of Brugia malayi, an etiological agent of lymphatic filariasis, acts as a physiocrine that binds specifically to interleukin-8 (IL-8) chemokine receptors.

2016 January 12, “Brugia malayi Asparaginyl - tRNA Synthetase Stimulates Endothelial Cell Proliferation, Vasodilation and Angiogenesis”, in PLOS ONE, →DOI:

(biochemistry) Any of a family of physiologically-active cytokines


pneumolysoid

To our best knowledge, a validation of pneumolysoid B as a replacement for the PLY antigen in the EIA to detect anti-PLY IgG has never been published.

2016 January 14, “Efficacy of PPV23 in Preventing Pneumococcal Pneumonia in Adults at Increased Risk – A Systematic Review and Meta-Analysis”, in PLOS ONE, →DOI:

(biochemistry) Any of a group of recombinant mutant proteins related to pneumolysin.


trimannoside

ConA is a plant lectin, which binds avidly to the trimannoside core of N-glycans, bisected hybrid-type N-glycans and to a lesser extent to complex-type biantennary N-glycans, whereas highly branched N-glycans will not bind or bind not as tightly [15 ].

2016 January 14, “Epithelial-to-Mesenchymal Transition of RPE Cells In Vitro Confers Increased β1,6- N -Glycosylation and Increased Susceptibility to Galectin-3 Binding”, in PLOS ONE, →DOI:

(biochemistry) Any glycoside having three mannose groups


EGFR

epidermal growth factor receptor
w:epidermal growth factor receptor

(biochemistry) Initialism of epidermal growth factor receptor.


lipin

(biochemistry) Any fat, fatty acid, lipoid, soap, or similar substance.


phytoceramidase

PHS can be converted to PHC followed by a mechanism similar to that between DHS and DHC, but the reverse reaction is catalyzed by the specific enzyme phytoceramidase.

2016 January 20, “Analysis of the Involvement of Different Ceramide Variants in the Response to Hydroxyurea Stress in Baker's Yeast”, in PLOS ONE, →DOI:

(biochemistry) A ceramidase that acts upon phytoceramides


rhamnogalacturonase

(biochemistry) Any enzyme that catalyses the hydrolysis of a rhamnogalacturonan.


xylogalacturonase

(biochemistry) Any enzyme that catalyses the hydrolysis of a xylogalacturonan.


нуклеотид

nukleotid (romanization)
нуклеотид (nominative singular)
нуклеотидтер (nominative plural)
нуклеотидтің (genitive singular)
нуклеотидтердің (genitive plural)
нуклеотидке (dative singular)
нуклеотидтерге (dative plural)
нуклеотидті (accusative singular)
нуклеотидтерді (accusative plural)
нуклеотидте (locative singular)
нуклеотидтерде (locative plural)
нуклеотидтен (ablative singular)
нуклеотидтерден (ablative plural)
нуклеотидпен (instrumental singular)
нуклеотидтермен (instrumental plural)

kk-decl-noun

нуклеотидтер

нуклеотидтің

нуклеотидтердің

нуклеотидтерге

нуклеотидтерді

нуклеотидтерде

нуклеотидтен

нуклеотидтерден

нуклеотидпен

нуклеотидтермен

Borrowed from Russian нуклеоти́д (nukleotíd), perhaps from English nucleotide.


нуклеотид

ru-noun+

нуклеоти́дный

нуклеоти́д • (nukleotíd) m inan (genitive нуклеоти́да, nominative plural нуклеоти́ды, genitive plural нуклеоти́дов, relational adjective нуклеоти́дный)

нуклеоти́д (canonical)
nukleotíd (romanization)
нуклеоти́да (genitive)
нуклеоти́ды (nominative plural)
нуклеоти́дов (genitive plural)
нуклеоти́дный (adjective relational)
нуклеоти́д (nominative singular)
нуклеоти́ды (nominative plural)
нуклеоти́да (genitive singular)
нуклеоти́дов (genitive plural)
нуклеоти́ду (dative singular)
нуклеоти́дам (dative plural)
нуклеоти́д (accusative singular)
нуклеоти́ды (accusative plural)
нуклеоти́дом (instrumental singular)
нуклеоти́дами (instrumental plural)
нуклеоти́де (prepositional singular)
нуклеоти́дах (plural prepositional)

→ Kazakh: нуклеотид (nukleotid)

Perhaps borrowed from English nucleotide.


нуклеотид

uk-noun

нуклеоти́д<genu>

нуклеоти́дний

нуклеоти́д • (nukleotýd) m inan (genitive нуклеоти́ду, nominative plural нуклеоти́ди, genitive plural нуклеоти́дів, relational adjective нуклеоти́дний)

нуклеоти́д (canonical)
nukleotýd (romanization)
нуклеоти́ду (genitive)
нуклеоти́ди (nominative plural)
нуклеоти́дів (genitive plural)
нуклеоти́дний (adjective relational)
нуклеоти́д (nominative singular)
нуклеоти́ди (nominative plural)
нуклеоти́ду (genitive singular)
нуклеоти́дів (genitive plural)
нуклеоти́дові (dative singular)
нуклеоти́ду (dative singular)
нуклеоти́дам (dative plural)
нуклеоти́д (accusative singular)
нуклеоти́ди (accusative plural)
нуклеоти́дом (instrumental singular)
нуклеоти́дами (instrumental plural)
нуклеоти́ді (locative singular)
нуклеоти́дах (locative plural)
нуклеоти́де (singular vocative)
нуклеоти́ди (plural vocative)

uk-ndecl

нуклеоти́д<genu>


интерферон

interferon (romanization)
интерферон (nominative singular)
интерферондар (nominative plural)
интерферонның (genitive singular)
интерферондардың (genitive plural)
интерферонға (dative singular)
интерферондарға (dative plural)
интерферонды (accusative singular)
интерферондарды (accusative plural)
интерферонда (locative singular)
интерферондарда (locative plural)
интерфероннан (ablative singular)
интерферондардан (ablative plural)
интерферонмен (instrumental singular)
интерферондармен (instrumental plural)

kk-decl-noun

интерферондар

интерферонның

интерферондардың

интерферонға

интерферондарға

интерферонды

интерферондарды

интерферонда

интерферондарда

интерфероннан

интерферондардан

интерферонмен

интерферондармен

Borrowed from Russian интерферо́н (interferón), from English interferon, from English interfere.

Kazakh alphabets#Arabic script
Kazakh alphabets#Cyrillic script
Kazakh alphabets#Latin script
kk:интерферон


lactodifucotetraose

Three of the more abundant fucosylated HMOs, 2’-fucosyllactose (2’-FL), 3-fucosyllactose (3-FL) and lactodifucotetraose have been shown to exhibit a prebiotic effect [4 ].

2016 January 23, “Novel α-L-Fucosidases from a Soil Metagenome for Production of Fucosylated Human Milk Oligosaccharides”, in PLOS ONE, →DOI:

(biochemistry) An oligosaccharide composed of lactose with two added fucose moieties


metalloreductase

For plants, no corresponding metalloreductase has so far been found [58 ] indicating that the main storage form of iron in the vacuole appears to be complexed Fe(II).

2016 January 23, “The Organization of Controller Motifs Leading to Robust Plant Iron Homeostasis”, in PLOS ONE, →DOI:

(biochemistry) Any reductase that is a metalloenzyme


monoglucose

As an extremely sensitive sensor of the tertiary structure of glycoproteins, UGT1 catalyzes the addition of monoglucose to the defective glycoprotein for repair through an unconventional pathway.

2016 January 26, “Comparative Proteomics Reveals Important Viral-Host Interactions in HCV-Infected Human Liver Cells”, in PLOS ONE, →DOI:

(biochemistry) A single glucose moiety in a macromolecule


phospholipomannan

en-noun

phospholipomannan (countable and uncountable, plural phospholipomannans)

TLR2 and TLR4 are thought to interact with phospholipomannan and O-linked mannan of PAMPs as well.

2016 January 26, “Cell Wall N -Linked Mannoprotein Biosynthesis Requires Goa1p, a Putative Regulator of Mitochondrial Complex I in Candida albicans”, in PLOS ONE, →DOI:

(biochemistry) A complex formed between a phospholipid and a mannan


antiholin

Analysis of the 30–84 genome revealed that it also harbors homologs of cidA and lrg, the holin and antiholin genes found in P.

2016 January 27, “The Phenazine 2-Hydroxy-Phenazine-1-Carboxylic Acid Promotes Extracellular DNA Release and Has Broad Transcriptomic Consequences in Pseudomonas chlororaphis 30–84”, in PLOS ONE, →DOI:

(biochemistry) Any protein that counters the effect of holin; a gene responsible for such a protein


amalós

head

amalós m (genitive singular amalóis, nominative plural amalóis)

amalóis (genitive singular)
amalóis (nominative plural)
nominative (indefinite)
amalós (indefinite singular)
amalóis (indefinite plural)
vocative (indefinite)
a amalóis (indefinite singular)
a amalósa (indefinite plural)
genitive (indefinite)
amalóis (indefinite singular)
amalós (indefinite plural)
dative (indefinite)
nominative (definite)
an t-amalós (definite singular)
na hamalóis (definite plural)
genitive (definite)
an amalóis (definite singular)
na n-amalós (definite plural)
dative (definite)
leis an amalós (definite singular)
don amalós (definite singular)
leis na hamalóis (definite plural)
amalós
n-amalós
hamalós
t-amalós


actinohivin

We have also observed such differences (10- to 50-fold) when the inhibitory potential of CBAs such as HHA, GNA or actinohivin have been determined for cell-free virus infection of T-lymphocytes versus syncytium formation in cocultures of persistently HIV-1-infected and uninfected cells [44, 45 ].

2016 January 28, “The Cellular Thioredoxin-1/Thioredoxin Reductase-1 Driven Oxidoreduction Represents a Chemotherapeutic Target for HIV-1 Entry Inhibition”, in PLOS ONE, →DOI:

(biochemistry) A lectin, that counters HIV, isolated from an actinomycete of the genus Longispora


니코틴아마이드 아데닌 다이뉴클레오타이드

ko-noun

니코틴아마이드 아데닌 다이뉴클레오타이드 • (nikotinamaideu adenin dainyukeulle'otaideu)

니코티나마이드아데닌다이뉴클레오타이드

[니코티나마이드아데닌다이뉴클레오타이드]

From English nicotinamide adenine dinucleotide.

der

nicotinamide adenine dinucleotide
nicotinamide adenine dinucleotide

(biochemistry) nicotinamide adenine dinucleotide

ko:니코틴아마이드 아데닌 다이뉴클레오타이드

en-니코틴아마이드_아데닌_다이뉴클레오타이드-ko-noun-UPzVvLKz


biurate

(biochemistry, organic chemistry) A urate containing twice as much of the uric acid constituent as an ordinary urate.


deneddylation

It participates in the regulation of SCF complex deactivation by the deneddylation of cullin.

2016 January 30, “Characterization of SCF-Complex during Bovine Preimplantation Development”, in PLOS ONE, →DOI:

(biochemistry) The process by which NEDD8 is removed from a conjugated protein


thymidylyltransferase

There are four genes, rmlB (dTDP-glucose 4, 6-dehydratase), rmlD (dTDP-4-dehydrorhamnose reductase), rmlA (glucose-1-phosphate thymidylyltransferase), and rmlC (dTDP-4-dehydrorhamnose 3,5-epimerase) that are involved in the biosynthesis of dTDP-L-rhamnose.

2016 January 30, “Comparison of O-Antigen Gene Clusters of All O-Serogroups of Escherichia coli and Proposal for Adopting a New Nomenclature for O-Typing”, in PLOS ONE, →DOI:

(biochemistry) Any transferase that transfers a thymidylyl or thymidyl group.


mallein

Latin malleus (“glanders”) and suffix -in.

A further supply of mallein has been elaborated; examinations of samples of locusts, urine, etc., have been made.

1901 June 21, H. Watkins-Pitchford, “Veterinary Departmental Report for April, 1901”, in The Agricultural Journal and Mining Record, volume 4, number 8, page 247:

(biochemistry) A protein fraction obtained from Burkholderia mallei, used in testing for glanders.


baictéara-

baictéara-
bhaictéara-
mbaictéara-
baictéarai- (alternative)


internexin

For example, internexin neuronal intermediate filament protein alpha (Ina) is located within 1 Mb of Gsto1 at 47.01 Mb and is associated with a strong cis-eQTL (1448992_at; LOD = 20).

2016 February 2, “The Genetic Architecture of Murine Glutathione Transferases”, in PLOS ONE, →DOI:

(biochemistry) A particular neurofilament protein.


propentdyopent

(biochemistry) Any of a class of compounds formed as metabolites of heme that become bile pigments


succinylome

These results provide the first in-depth analysis of the lysine succinylome and novel insights into the role of succinylation in tomato, thereby elucidating lysine succinylation in the context of cellular physiology and metabolite biosynthesis in plants.

2016 February 2, “Proteome-Wide Identification of Lysine Succinylation in the Proteins of Tomato ( Solanum lycopersicum )”, in PLOS ONE, →DOI:

(biochemistry) All the products of succinylation, especially of lysine


hypusination

Here, we suggest that such diverse post-translational modifications, including the β-lysylation/rhamnosylation of EF-P (and the hypusination of eIF5A) (Fig 8 ), are typical examples of “convergent evolution”.

2016 February 4, “Neisseria meningitidis Translation Elongation Factor P and Its Active-Site Arginine Residue Are Essential for Cell Viability”, in PLOS ONE, →DOI:


mevaldate

From mevaldic acid + -ate (“salt or ester”).

For instance, EC 1.1.1.32 and 1.1.1.33 represent two mevaldate reductases, both catalyse the conversion of (R)-mevalonate to mevaldate but respectively use NAD + and NADP + as a cofactor [16 ].

2016 February 4, “Characterising Complex Enzyme Reaction Data”, in PLOS ONE, →DOI:

(biochemistry) Any salt or ester of mevaldic acid.


DPD

dihydropyrimidine dehydrogenase
dihydropyrimidine dehydrogenase#English

(biochemistry) Initialism of dihydropyrimidine dehydrogenase.


probiótico

pt-adj

probiótico (feminine probiótica, masculine plural probióticos, feminine plural probióticas, not comparable)

probiótica (feminine)
probióticos (masculine plural)
probióticas (feminine plural)

Borrowed from English probiotic. By surface analysis, pro- + biótico.


probiótico

es-adj

probiótico (feminine probiótica, masculine plural probióticos, feminine plural probióticas)


chemical genomics

In this article, we will provide a detailed analysis of the current state of chemical genomics and its potential impact on biological and medical research, and pharmaceutical development.

2012, Zheng XFS, Chan T-F, “Chemical genomics: a systematic approach in biological research and drug discovery”, in Cell, page 33:

Such obstacles prompted the development of small chemical inhibitors to dissect biological pathways in an approach popularly known as chemical genomics.

2015, Baral A, Bhalerao RP, “Exploring exocytosis using chemical genomics”, in Proceedings of the National Academy of Sciences USA, page 14:

(biochemistry, biology) a research method using small molecule inhibitors known to target specific proteins to examine the role of those specific proteins in biological (typically biochemical) processes


bradyrhizose

These bacteria display a unique LPS O-antigen composed of a new sugar, the bradyrhizose that is regarded as a key symbiotic factor due to its non-immunogenic character.

2016 February 6, “The LPS O -Antigen in Photosynthetic Bradyrhizobium Strains Is Dispensable for the Establishment of a Successful Symbiosis with Aeschynomene Legumes”, in PLOS ONE, →DOI:

(biochemistry) An inositol-fused monosaccharide associated with bacteria of the genus Bradyrhizobium


epylisin

The most notable gene in this cluster is MMP28, which encodes epylisin, a novel human matrix metalloproteinase expressed in keratinocytes and associated with cell proliferation during repair after response to epithelial injury [23, 24 ].

2016 February 6, “Molecular and Cellular Profiling of Scalp Psoriasis Reveals Differences and Similarities Compared to Skin Psoriasis”, in PLOS ONE, →DOI:

(biochemistry) A particular human matrix metalloproteinase


excitosome

We hope that this work will trigger more future study that will lead to the full characterization of the newcomer SG excitosome as has been worked out for the predocked SG excitosome.

2016 February 6, “Syntaxin-3 Binds and Regulates Both R- and L-Type Calcium Channels in Insulin-Secreting INS-1 832/13 Cells”, in PLOS ONE, →DOI:

(biochemistry) A complex of proteins which, together with calcium ions, triggers secretion


conopeptide

(biochemistry) Any of a group of oligopeptides found in cone snails.


dephosphatase

Indeed, PKC CK2α has been shown to selectively phosphorylate DUSP6 and increase its dephosphatase activity [49 ].

2016 February 10, “Differential Roles for DUSP Family Members in Epithelial-to-Mesenchymal Transition and Cancer Stem Cell Regulation in Breast Cancer”, in PLOS ONE, →DOI:


epiplakin

en-noun

epiplakin (countable and uncountable, plural epiplakins)

Together with epiplakin they function to bundle and assemble intermediate filaments[35 ,36 ].

2016 February 10, “SuperSILAC Quantitative Proteome Profiling of Murine Middle Ear Epithelial Cell Remodeling with NTHi”, in PLOS ONE, →DOI:


gene transcription

gene transcription (countable and uncountable, plural gene transcriptions)

(biochemistry, genetics) The copying of DNA segments into RNA, by RNA polymerase, as the first stage of gene expression.


chitoporin

Lytic polysaccharide monooxygenase, a copper-dependent enzyme, attacks recalcitrant chitin polysaccharides [4 ,5 ], while endochitinases hydrolyse long chitin chains to chitin oligosaccharides, which are then transported through the bacterial cell wall by chitoporin or ChiP.

2016 February 13, “Probing the Catalytic Mechanism of Vibrio harveyi GH20 ?-N -Acetylglucosaminidase by Chemical Rescue”, in PLOS ONE, →DOI:

(biochemistry) A porin associated with bacterial cell walls


chitosugar

(biochemistry) Any of a class of sugars associated with bacterial cell walls


fucolectin

(biochemistry) Any lectin that binds fucose


acidogenesis

Investigating the functional effects of dentifrices (for example, the inhibition of acidogenesis or proteolysis) at sub-lethal concentrations is normally achieved (for acidogenesis inhibition) by exposing oral bacteria to diluted formulations and assessing changes in pH with a microelectrode, or by the chemical analyses of fermentation acids.

2016 February 17, “Simultaneous Assessment of Acidogenesis-Mitigation and Specific Bacterial Growth-Inhibition by Dentifrices”, in PLOS ONE, →DOI:

(biochemistry) The biochemical formation of acids


destabilase

destabilase (countable and uncountable, plural destabilases)

Amino acid residues contributing to substrate binding are indicated by empty circles, those contributing to destabilase activity are indicated by black diamonds and those contributing to a potential dimerization are indicated by empty squares.

2016 February 17, “Multiple I-Type Lysozymes in the Hydrothermal Vent Mussel Bathymodiolus azoricus and Their Role in Symbiotic Plasticity”, in PLOS ONE, →DOI:

(biochemistry) A form of lysozyme (isopeptidase) found in the secretions from the salivary glands of medicinal leeches


autobiotinylation

However, the degree of glutamine labelling was obviously low, and controls without rp39 showed autobiotinylation of the enzyme.

2016 February 18, “Involvement of a Novel Class C Beta-Lactamase in the Transglutaminase Mediated Cross-Linking Cascade of Streptomyces mobaraensis DSM 40847”, in PLOS ONE, →DOI:

(biochemistry) enzymatic biotinylation of an enzyme itself


pleiomeric

The great variety of nucleotide conformations which occur in these large asymmetric units has prompted us to describe them as pleiomeric, a term used in botany to describe whorls having more than the usual number of structures.

1983, Struther Arnott, R. Chandrasekaran, A.K. Banerjee, Rungen He, J.K. Walker, “New wrinkles on polynucleotide duplexes”, in Journal of Biomolecular Structure and Dynamics, volume 1, number 2:

The morphological differences between this pleiomeric DNA polymer and closely-related, but more symmetrical allomorphs are just as great as those observed in short DNA fragments in crystals.

1985, Cambridge Scientific Biochemistry Abstracts: Nucleic acids:

An American chemist has stated the pleiomeric chemicals in onions have the potential to alleviate or prevent sore throat.

2012, Yadav Anuj, Singh Sanjay Kumar, Kumar Navneet, “Nutrientional and medicinal value of onion”, in Annals of Horticulture, volume 5, number 2:

(biochemistry) Having large, asymmetric nucleotide formations.


sophorotriose

The opposite side of subsite +1 from Arg572 is connected to a large empty space appearing to be subsite +2 for the binding of sophorotriose (Glc-β-1,2-Glc-β-1,2-Glc) in spite of the higher K m value for sophorotriose than that for sophorose.

2016 February 18, “Functional and Structural Analysis of a ?-Glucosidase Involved in ?-1,2-Glucan Metabolism in Listeria innocua”, in PLOS ONE, →DOI:

(biochemistry) A trisaccharide present in sophorolipid


spectraplakin

Thus it is possible that in Schwann cells, Dst is involved in any or all of intermediate filament organization, basement membrane formation and mediation of signaling of specific integrin complexes—none of which are present in OLs. Further explanation may exist for the seemingly disposable nature of neuronal Dst in OLs. In mammals, a second member of the spectraplakin exists: microtubule-actin crosslinking factor 1 (Macf1; variantly actin crosslinking family 7/Acf7).

2016 February 18, “Cytoskeletal Linker Protein Dystonin Is Not Critical to Terminal Oligodendrocyte Differentiation or CNS Myelination”, in PLOS ONE, →DOI:

(biochemistry) Any of a group of exceptionally long, intracellular proteins that have the rare ability to bind to all three cytoskeletal elements: actin, microtubules, and intermediate filaments


bioreduce

en-verb

bioreduce (third-person singular simple present bioreduces, present participle bioreducing, simple past and past participle bioreduced)

bioreduces (present singular third-person)
bioreducing (participle present)
bioreduced (participle past)
bioreduced (past)

(biochemistry) To biologically or biochemically reduce


laminaritetraose

Between the N and C-terminal domains, the model contains an electronegatively charged wide groove comprising several conserved residues that include the above catalytic residues and four amino acid residues; Thr156, Asn158, Trp163 and Thr167 involved in sugar binding that accommodate the laminaritetraose molecule.

2016 February 19, “Prediction of Certain Well-Characterized Domains of Known Functions within the PE and PPE Proteins of Mycobacteria”, in PLOS ONE, →DOI:

(biochemistry) An oligosaccharide composed of two laminaribiose moieties


immunoproteomics

Our results suggest that the combination of immunoproteomics and bioinformatics analyses is a promising method for the identification of novel candidate antigens for vaccine development or with potential use in the development of sensitive diagnostic tests.

2016 February 24, “Identification of Immunoreactive Leishmania infantum Protein Antigens to Asymptomatic Dog Sera through Combined Immunoproteomics and Bioinformatics Analysis”, in PLOS ONE, →DOI:

(biochemistry) The study of an immunoproteome


percine

An other type of diprotamine contains arginine and histidine: the percine [from the perch, Perca flavescens] belongs to this group.

2012, Christoph Scholtissek with B.M. Richards, R. Vendrely, C. Vendrely, and D.P. Bloch, Chemistry and Cytochemistry of Nucleic Acids and Nuclear Proteins, Springer, →ISBN, page 16:

Perca flavescens
Perca flavescens#Translingual

(biochemistry) A protamine found in the sperm of yellow perch Perca flavescens


Feulgen stain

(biochemistry) A histological stain used to identify chromosomal material or DNA in cell specimens, based on acid hydrolysis of DNA.


膠原蛋白

ㄐㄧㄠ ㄩㄢˊ ㄉㄢˋ ㄅㄞˊ

цзяоюань даньбай

/t͡ɕi̯ɑʊ̯⁵⁵ ɥɛn³⁵ tän⁵¹ paɪ̯³⁵/

/kaːu̯⁵⁵ jyːn²¹ taːn²²⁻³⁵ paːk̚²/

/t͡ɕi̯ɑʊ̯⁵⁵ ɥɛn³⁵ tän⁵¹ paɪ̯³⁵/

/kaːu̯⁵⁵ jyːn²¹ taːn²²⁻³⁵ paːk̚²/


膠原

/t͡ɕi̯ɑʊ̯⁵⁵ ɥɛn³⁵/

/t͡ɕi̯ɑʊ̯⁵⁵ ɥɛn³⁵/


乳酸菌

ㄖㄨˇ ㄙㄨㄢ ㄐㄩㄣˋ

жусуаньцзюнь

/ʐu²¹⁴⁻²¹ su̯än⁵⁵ t͡ɕyn⁵⁵/

/ʐu²¹⁴⁻²¹ su̯än⁵⁵ t͡ɕyn⁵¹/

/jyː¹³ syːn⁵⁵ kʷʰɐn³⁵/

/ʐu²¹⁴⁻²¹ su̯än⁵⁵ t͡ɕyn⁵⁵/

/ʐu²¹⁴⁻²¹ su̯än⁵⁵ t͡ɕyn⁵¹/

/jyː¹³ syːn⁵⁵ kʷʰɐn³⁵/

(bacteriology) lactic acid bacteria, especially Lactobacillus


益生菌

/i⁵¹ ʂɤŋ⁵⁵ t͡ɕyn⁵⁵/

/i⁵¹ ʂɤŋ⁵⁵ t͡ɕyn⁵¹/

/jɪk̚⁵ sɐŋ⁵⁵ kʷʰɐn³⁵/

/i⁵¹ ʂɤŋ⁵⁵ t͡ɕyn⁵⁵/

/i⁵¹ ʂɤŋ⁵⁵ t͡ɕyn⁵¹/

/jɪk̚⁵ sɐŋ⁵⁵ kʷʰɐn³⁵/


受體

/ʂoʊ̯⁵¹ tʰi²¹⁴⁻²¹⁽⁴⁾/

/sɐu̯²² tʰɐi̯³⁵/

/ʂoʊ̯⁵¹ tʰi²¹⁴⁻²¹⁽⁴⁾/

/sɐu̯²² tʰɐi̯³⁵/

β受體阻滯劑／β受体阻滞剂 ― β shòutǐ zǔzhì jì ― beta blocker

(biochemistry) receptor; molecular receptor


醛固酮

ㄑㄩㄢˊ ㄍㄨˋ ㄊㄨㄥˊ

/t͡ɕʰy̯ɛn³⁵ ku⁵¹ tʰʊŋ³⁵/

/t͡sʰyːn²¹ kuː³³ tʰʊŋ²¹/

/t͡ɕʰy̯ɛn³⁵ ku⁵¹ tʰʊŋ³⁵/

/t͡sʰyːn²¹ kuː³³ tʰʊŋ²¹/


雄激素

/ɕi̯ʊŋ³⁵ t͡ɕi⁵⁵ su⁵¹/

/hʊŋ²¹ kɪk̚⁵ sou̯³³/

/ɕi̯ʊŋ³⁵ t͡ɕi⁵⁵ su⁵¹/

/hʊŋ²¹ kɪk̚⁵ sou̯³³/


睪酮

/kɑʊ̯⁵⁵ tʰʊŋ³⁵/

/kou̯⁵⁵ tʰʊŋ²¹/

/kɑʊ̯⁵⁵ tʰʊŋ³⁵/

/kou̯⁵⁵ tʰʊŋ²¹/


催產素

/t͡sʰu̯eɪ̯⁵⁵ ʈ͡ʂʰän²¹⁴⁻²¹ su⁵¹/

/t͡sʰɵy̯⁵⁵ t͡sʰaːn³⁵ sou̯³³/

/t͡sʰu̯eɪ̯⁵⁵ ʈ͡ʂʰän²¹⁴⁻²¹ su⁵¹/

/t͡sʰɵy̯⁵⁵ t͡sʰaːn³⁵ sou̯³³/


性激素

/ɕiŋ⁵¹ t͡ɕi⁵⁵ su⁵¹/

/sɪŋ³³ kɪk̚⁵ sou̯³³/

/ɕiŋ⁵¹ t͡ɕi⁵⁵ su⁵¹/

/sɪŋ³³ kɪk̚⁵ sou̯³³/


代謝物

/taɪ̯⁵¹⁻⁵³ ɕi̯ɛ⁵¹⁻⁵³ u⁵¹/

/tɔːi̯²² t͡sɛː²² mɐt̚²/

/taɪ̯⁵¹⁻⁵³ ɕi̯ɛ⁵¹⁻⁵³ u⁵¹/

/tɔːi̯²² t͡sɛː²² mɐt̚²/


催乳素

/t͡sʰu̯eɪ̯⁵⁵ ʐu²¹⁴⁻²¹ su⁵¹/

/t͡sʰɵy̯⁵⁵ jyː¹³ sou̯³³/

/t͡sʰu̯eɪ̯⁵⁵ ʐu²¹⁴⁻²¹ su⁵¹/

/t͡sʰɵy̯⁵⁵ jyː¹³ sou̯³³/


生長激素

ㄕㄥ ㄓㄤˇ ㄐㄧ ㄙㄨˋ

шэнчжан цзису

/ʂɤŋ⁵⁵ ʈ͡ʂɑŋ²¹⁴⁻²¹ t͡ɕi⁵⁵ su⁵¹/

/sɐŋ⁵⁵ t͡sœːŋ³⁵ kɪk̚⁵ sou̯³³/

/saːŋ⁵⁵ t͡sœːŋ³⁵ kɪk̚⁵ sou̯³³/

/seŋ³³⁻²³ t͡siaŋ⁵²⁻³⁵ kek̚²⁻⁴ su²¹³/

/ʂɤŋ⁵⁵ ʈ͡ʂɑŋ²¹⁴⁻²¹ t͡ɕi⁵⁵ su⁵¹/

/sɐŋ⁵⁵ t͡sœːŋ³⁵ kɪk̚⁵ sou̯³³/

/saːŋ⁵⁵ t͡sœːŋ³⁵ kɪk̚⁵ sou̯³³/

/seŋ³³⁻²³ t͡siaŋ⁵²⁻³⁵ kek̚²⁻⁴ su²¹³/


孕酮

/yn⁵¹ tʰʊŋ³⁵/

/jɐn²² tʰʊŋ²¹/

/yn⁵¹ tʰʊŋ³⁵/

/jɐn²² tʰʊŋ²¹/

(organic chemistry, biochemistry) progesterone


去甲腎上腺素

ㄑㄩˋ ㄐㄧㄚˇ ㄕㄣˋ ㄕㄤˋ ㄒㄧㄢˋ ㄙㄨˋ

цюйцзяшэньшансяньсу

/t͡ɕʰy⁵¹ t͡ɕi̯ä²¹⁴⁻²¹ ʂən⁵¹⁻⁵³ ʂɑŋ⁵¹⁻⁵³ ɕi̯ɛn⁵¹⁻⁵³ su⁵¹/

/hɵy̯³³ kaːp̚³ sɐn²² sœːŋ²² siːn³³ sou̯³³/

(organic chemistry, biochemistry, pharmacology) noradrenaline; norepinephrine


多巴

/tu̯ɔ⁵⁵ pä⁵⁵/

/tu̯ɔ⁵⁵ pä⁵⁵/


兒茶酚胺

ㄦˊ ㄔㄚˊ ㄈㄣ ㄢˋ

/ˀɤɻ³⁵ ʈ͡ʂʰä³⁵ fən⁵⁵ ˀän⁵¹/

/ˀɤɻ³⁵ ʈ͡ʂʰä³⁵ fən⁵⁵ ˀän⁵⁵/

/jiː²¹ t͡sʰaː²¹ fɐn⁵⁵ ɔːn⁵⁵/

/jiː²¹ t͡sʰaː²¹ fɐn⁵⁵ ɔːn³³/

/ˀɤɻ³⁵ ʈ͡ʂʰä³⁵ fən⁵⁵ ˀän⁵¹/

/ˀɤɻ³⁵ ʈ͡ʂʰä³⁵ fən⁵⁵ ˀän⁵⁵/

/jiː²¹ t͡sʰaː²¹ fɐn⁵⁵ ɔːn⁵⁵/

/jiː²¹ t͡sʰaː²¹ fɐn⁵⁵ ɔːn³³/


偶聯

/ˀoʊ̯²¹⁴⁻²¹ li̯ɛn³⁵/

/ˀoʊ̯²¹⁴⁻²¹ li̯ɛn³⁵/

(biochemistry) to couple (as in receptor coupling)


氧化酶

ㄧㄤˇ ㄏㄨㄚˋ ㄇㄟˊ

/jɑŋ²¹⁴⁻²¹ xu̯ä⁵¹ meɪ̯³⁵/

/jœːŋ¹³ faː³³ muːi̯²¹/

/jɑŋ²¹⁴⁻²¹ xu̯ä⁵¹ meɪ̯³⁵/

/jœːŋ¹³ faː³³ muːi̯²¹/


合成代謝

ㄏㄜˊ ㄔㄥˊ ㄉㄞˋ ㄒㄧㄝˋ

/xɤ³⁵ ʈ͡ʂʰɤŋ³⁵ taɪ̯⁵¹⁻⁵³ ɕi̯ɛ⁵¹/

/xɤ³⁵ ʈ͡ʂʰɤŋ³⁵ taɪ̯⁵¹⁻⁵³ ɕi̯ɛ⁵¹/


分解代謝

ㄈㄣ ㄐㄧㄝˇ ㄉㄞˋ ㄒㄧㄝˋ

фэньцзе дайсе

/fən⁵⁵ t͡ɕi̯ɛ²¹⁴⁻²¹ taɪ̯⁵¹⁻⁵³ ɕi̯ɛ⁵¹/

/fən⁵⁵ t͡ɕi̯ɛ²¹⁴⁻²¹ taɪ̯⁵¹⁻⁵³ ɕi̯ɛ⁵¹/


糖酵解

ㄊㄤˊ ㄐㄧㄠˋ ㄐㄧㄝˇ

ㄊㄤˊ ㄒㄧㄠˋ ㄐㄧㄝˇ

/tʰɑŋ³⁵ t͡ɕi̯ɑʊ̯⁵¹ t͡ɕi̯ɛ²¹⁴⁻²¹⁽⁴⁾/

/tʰɑŋ³⁵ ɕi̯ɑʊ̯⁵¹ t͡ɕi̯ɛ²¹⁴⁻²¹⁽⁴⁾/

/tʰɔːŋ²¹ haːu̯⁵⁵ kaːi̯³⁵/

/tʰɑŋ³⁵ t͡ɕi̯ɑʊ̯⁵¹ t͡ɕi̯ɛ²¹⁴⁻²¹⁽⁴⁾/

/tʰɑŋ³⁵ ɕi̯ɑʊ̯⁵¹ t͡ɕi̯ɛ²¹⁴⁻²¹⁽⁴⁾/

/tʰɔːŋ²¹ haːu̯⁵⁵ kaːi̯³⁵/

(Mainland China, biochemistry) glycolysis


生物合成

ㄕㄥ ㄨˋ ㄏㄜˊ ㄔㄥˊ

/ʂɤŋ⁵⁵ u⁵¹ xɤ³⁵ ʈ͡ʂʰɤŋ³⁵/

/ʂɤŋ⁵⁵ u⁵¹ xɤ³⁵ ʈ͡ʂʰɤŋ³⁵/


脂肪酸

CJKV/code

Sino-Xenic (脂肪酸):
* → Japanese: 脂(し)肪(ぼう)酸(さん) (shibōsan)

/ʈ͡ʂʐ̩⁵⁵ fɑŋ³⁵ su̯än⁵⁵/

/ʈ͡ʂʐ̩²¹⁴⁻²¹ fɑŋ³⁵ su̯än⁵⁵/

/t͡siː⁵⁵ fɔːŋ⁵⁵ syːn⁵⁵/

/t͡si⁴⁴⁻³³ hɔŋ⁴⁴⁻³³ sŋ̍⁴⁴/

/ʈ͡ʂʐ̩⁵⁵ fɑŋ³⁵ su̯än⁵⁵/

/ʈ͡ʂʐ̩²¹⁴⁻²¹ fɑŋ³⁵ su̯än⁵⁵/

/t͡siː⁵⁵ fɔːŋ⁵⁵ syːn⁵⁵/

/t͡si⁴⁴⁻³³ hɔŋ⁴⁴⁻³³ sŋ̍⁴⁴/

(organic chemistry, biochemistry) fatty acid


脂肪酸

ja-noun

脂(し)肪(ぼう)酸(さん) • (shibōsan) ^(←しばうさん (sibausan)?)

脂肪酸 (canonical)
shibōsan (romanization)
sibausan (romanization)
しばうさん (hiragana historical)

[ɕibo̞ːsã̠ɴ]


血清素

ㄒㄩㄝˋ ㄑㄧㄥ ㄙㄨˋ

ㄒㄩㄝˇ ㄑㄧㄥ ㄙㄨˋ

ㄒㄧㄝˇ ㄑㄧㄥ ㄙㄨˋ

/ɕy̯ɛ⁵¹ t͡ɕʰiŋ⁵⁵ su⁵¹/

/ɕy̯ɛ²¹⁴⁻²¹ t͡ɕʰiŋ⁵⁵ su⁵¹/

/ɕi̯ɛ²¹⁴⁻²¹ t͡ɕʰiŋ⁵⁵ su⁵¹/

/hyːt̚³ t͡sʰɪŋ⁵⁵ sou̯³³/

/ɕy̯ɛ⁵¹ t͡ɕʰiŋ⁵⁵ su⁵¹/

/ɕy̯ɛ²¹⁴⁻²¹ t͡ɕʰiŋ⁵⁵ su⁵¹/

/ɕi̯ɛ²¹⁴⁻²¹ t͡ɕʰiŋ⁵⁵ su⁵¹/

/hyːt̚³ t͡sʰɪŋ⁵⁵ sou̯³³/

(organic chemistry, biochemistry) serotonin


核糖體

/xɤ³⁵ tʰɑŋ³⁵ tʰi²¹⁴⁻²¹⁽⁴⁾/

/hɐt̚² tʰɔːŋ²¹ tʰɐi̯³⁵/

/xɤ³⁵ tʰɑŋ³⁵ tʰi²¹⁴⁻²¹⁽⁴⁾/

/hɐt̚² tʰɔːŋ²¹ tʰɐi̯³⁵/


脫氧核糖

脱氧核糖
脫氧核醣
脱氧核糖
脱氧核醣

ㄊㄨㄛ ㄧㄤˇ ㄏㄜˊ ㄊㄤˊ

/tʰu̯ɔ⁵⁵ jɑŋ²¹⁴⁻²¹ xɤ³⁵ tʰɑŋ³⁵/

/tʰyːt̚³ jœːŋ¹³ hɐt̚² tʰɔːŋ²¹/

/tʰu̯ɔ⁵⁵ jɑŋ²¹⁴⁻²¹ xɤ³⁵ tʰɑŋ³⁵/

/tʰyːt̚³ jœːŋ¹³ hɐt̚² tʰɔːŋ²¹/


エストロゲン

[e̞sɨ̥to̞ɾo̞ɡẽ̞ɴ]


リボ核酸

リボ核酸 (canonical)
ribo-kakusan (romanization)

[ɾʲibo̞ka̠kɯ̟̊sã̠ɴ]

(genetics, biochemistry) ribonucleic acid


papayotin

(biochemistry) A proteolytic enzyme found in the papaw, resembling papain in its action.


exometabolism

(biochemistry) metabolism that occurs outside of the cell or organism


archaeosome

(biochemistry) Any liposome based upon an archaeolipid.


chitosanolytic

Chitinolytic activity staining analysis confirmed that the protein with a molecular mass of 20.5 kDa was a chitosanolytic enzyme exhibiting both chitosanase activity (Fig 2B) and chitinase activity (Fig 2C).

2016 March 4, “Characterization of a Chitosanase from Jelly Fig ( Ficus awkeotsang Makino) Latex and Its Application in the Production of Water-Soluble Low Molecular Weight Chitosans”, in PLOS ONE, →DOI:

(biochemistry) That hydrolyzes chitosans


maltosylated

This is shown in Fig 3 for the hordatine B in its non-glycosylated, glycosylated, and maltosylated form.

2016 March 4, “Spatio-Temporal Metabolite Profiling of the Barley Germination Process by MALDI MS Imaging”, in PLOS ONE, →DOI:

(biochemistry) Modified by the addition of a maltosyl radical


counterligand

The involvement in neuroimmune surveillance of P-selectin, a major counterligand for PSGL-1 [6 ] responsible for the initial tethering and rolling of leucocytes on blood vessels, was highlighted by Carrithers and collaborators [7 ].

2016 March 5, “T-Lymphocytes Traffic into the Brain across the Blood-CSF Barrier: Evidence Using a Reconstituted Choroid Plexus Epithelium”, in PLOS ONE, →DOI:

(biochemistry) A ligand that occupies the normal place of another


typholysin

(biochemistry) The hemolysin involved in cholera.


cyanurin

(biochemistry) The pigment that gives the urine a bluish tinge in cases of cyanuria.


phasin

We repeated the localization experiment overexpressing B. megaterium ’s chromosomally encoded phasin phaP, a natural main constituent of the PHB granules’ monolayer responsible for size regulation, to assess whether the aggregation of CYP11A1eGFP is an artificial effect due to the protein’s heterologous nature.

2015 July 29, Adrian Gerber et al., “Functionalized PHB granules provide the basis for the efficient side-chain cleavage of cholesterol and analogs in recombinant Bacillus megaterium”, in Microbial Cell Factories, volume 14, →DOI:

(biochemistry) Any of a family of surface proteins associated with bacterial granules.


centaurin

Importantly, ACAP2 (also known as centaurin β 2) is recruited to the plasma membrane in a Rab35-dependent manner and functions as a GTPase activating protein (GAP) for ADP-ribosylation factor 6 (ARF6).

2015 July 1, Youhei Egami et al., “Activation-Inactivation Cycling of Rab35 and ARF6 Is Required for Phagocytosis of Zymosan in RAW264 Macrophages”, in Journal of Immunology Research, volume 2015, →DOI:

(biochemistry) Any of a specific group of neuronal scaffold proteins


livin

Eight members of the family of inhibitors of apoptosis proteins (IAPs) are reported, including X-linked inhibitor of apoptosis (XIAP), cIAP1, cIAP2, NAIP (NLR family, apoptosis inhibitory protein), livin, ILP2 (IAP-like protein 2), BRUCE and survivin.

2015, Praveen Kumar Jaiswal, Apul Goel, R.D. Mittal, “Survivin: A molecular biomarker in cancer”, in The Indian Journal of Medical Research, volume 141, →DOI:

(biochemistry) A particular protein that inhibits apoptosis


carboxymaltose

While particularly in outpatients oral iron preparations are commonly preferred, intravenous ferric carboxymaltose (FCM, Ferinject) provides a new, convenient option for rapid iron substitution, especially in cases where oral substitution is ineffective or not tolerated.

2015 July 5, Matthias Bach et al., “Efficacy and Safety of Intravenous Ferric Carboxymaltose in Geriatric Inpatients at a German Tertiary University Teaching Hospital: A Retrospective Observational Cohort Study of Clinical Practice”, in Anemia, volume 2015, →DOI:

(biochemistry) A carbohydrate derivative formed by carboxylation of maltose


endoarabinanase

endoarabinanases (plural)
endo-arabinanase (alternative)

100 μl reactions were carried out containing equal volumes of buffered substrate (pH 4.5) and suitably diluted culture filtrate which were then incubated at 40°C for 1 h in the case of the endoarabinanase, endo-1,4-β-glucanase and endo-1,4-β-xylanase activities and 16 h for the endo-1,4-β-galactanase and rhamnogalacturonan activities.

2015 August 1, Isabelle Benoit et al., “Closely related fungi employ diverse enzymatic strategies to degrade plant biomass”, in Biotechnology for Biofuels, volume 8, →DOI:

(biochemistry) Any endocytic arabinanase


endogalactanase

(biochemistry) Any endocytic galactanase


galactanase

(biochemistry) Any enzyme that catalyses the hydrolysis of a galactan


endorphinergic

en-adj

endorphinergic (comparative more endorphinergic, superlative most endorphinergic)

more endorphinergic (comparative)
most endorphinergic (superlative)

The opiate antagonist naloxone blocks both stimulation-produced analgesia from brain stimulation and analgesia from stimulation of acupuncture points, thus suggesting that a descending pain system able to inhibit pain perception can be associated with the endorphinergic pathway in the brain and spinal cord.

2015 July 7, Antonietta Santoro et al., “Auricular Acupressure Can Modulate Pain Threshold”, in Evidence-based Complementary and Alternative Medicine : eCAM, volume 2015, →DOI:

(biochemistry) Produced or activated by an endorphin.


hyperglutamatergic

Therefore, we speculate that a model of a neuronal excitatory/inhibitory imbalance might explain the plethora of neuropsychiatric symptoms that can be observed in the course of NMDR encephalitis: Initial hyperglutamatergic states can be interpreted as an indicator of cortical over-excitation, whereas hypoglutamatergic states in the further course (after months) of the disease might be a sequel of over-inhibition of cortical brain areas, possibly triggered by the preceding over-excitation.

2015 August 1, Dominique Endres et al., “Hypoglutamatergic state is associated with reduced cerebral glucose metabolism in anti-NMDA receptor encephalitis: a case report”, in BMC Psychiatry, volume 15, →DOI:

(biochemistry, neurology) Excessively glutamatergic


retrotranscriptase

DNA microarrays are particularly useful tools in this aspect: after collecting RNA samples from either tissue or cell cultures, cDNA is produced via a retrotranscriptase and hybridized with DNA probes attached to the surface of a manufactured chip.

2015 July 7, Yunlong Hou et al., “Animal Models and “Omics” Technologies for Identification of Novel Biomarkers and Drug Targets to Prevent Heart Failure”, in BioMed Research International, volume 2015, →DOI:

reverse transcriptase
reverse transcriptase#English

(biochemistry) Synonym of reverse transcriptase.


rhamnogalacturonanase

Endoarabinanase, endo-1,4-β-glucanase (cellulase), endo-1,4-β-galactanase and rhamnogalacturonanase activities were measured using 20 mg/ml of Red Debranched Arabinan (S-RDAR), Azo-CM-cellulose (S-ACMC), Azo-galactan (S-AGALP) and AZ-rhamnogalacturonan (S-AZRH), respectively.

(biochemistry) Any enzyme that catalyses the hydrolysis of a rhamnogalacturonan


glycanation

This observation highlighted a potential crucial discrepancy in the glycanation pattern of human aggrecan isoforms deposited in the PNNs versus ECM of the CNS, as well as in aggrecan molecules assembled in cartilage matrices.

2009 February 11, Daniela Virgintino et al., “Differential distribution of aggrecan isoforms in perineuronal nets of the human cerebral cortex”, in Journal of Cellular and Molecular Medicine, volume 13, →DOI:


multineurotrophin

MNTS1 is a multineurotrophin that binds and autophosphorylates Trk receptor tyrosine kinases (TrkA/TrkB/TrKC) and p75 neurotrophin receptor (p75 NTR) [ 118 ].

2015 July 9, Vikram Sabapathy, George Tharion, Sanjay Kumar, “Cell Therapy Augments Functional Recovery Subsequent to Spinal Cord Injury under Experimental Conditions”, in Stem Cells International, volume 2015, →DOI:

(biochemistry) A neurotrophin that activates multiple metabolic pathways


ovomucoid

In parallel, egg extract and Gal d 1, ovomucoid, and cow’s milk extract and Bos d 8, casein, were applied.

2015 August 2, Karin Hoffmann-Sommergruber, Sabine Pfeifer, Merima Bublin, “Applications of Molecular Diagnostic Testing in Food Allergy”, in Current Allergy and Asthma Reports, volume 15, →DOI:

(biochemistry) A protein, present in egg white, which, unlike ovalbumin, is heat-stable


phospholipoglycoprotein

Vtg, the precursor protein for egg yolk, is a large serum phospholipoglycoprotein produced only in the liver of mature females and is transferred by the bloodstream to the ovary.

2015 July 14, Weiwei Luo et al., “Transcriptome Profile Analysis of Ovarian Tissues from Diploid and Tetraploid Loaches Misgurnus anguillicaudatus”, in International Journal of Molecular Sciences, volume 16, →DOI:

(biochemistry) A complex of a phospholipid and a glycoprotein


preprorelaxin

The mode of in vivo processing of human preprorelaxin is not yet fully understood and has to be deduced by analogy to the processing of porcine and rat preprorelaxins.

1984, P Hudson, “Relaxin gene expression in human ovaries and the predicted structure of a human preprorelaxin by analysis of cDNA clones”, in The EMBO Journal, volume 3, number 10, page 2333:

Cells were transduced with an integrating lentiviral vector bicistronically expressing human preprorelaxin 2 cDNA [ 26 ] and eGFP gene, or just eGFP, under a cytomegalovirus (CMV) promoter.

2008 September 16, Massimo Bonacchi et al., “Functional and histopathological improvement of the post-infarcted rat heart upon myoblast cell grafting and relaxin therapy”, in Journal of Cellular and Molecular Medicine, volume 13, →DOI:

(biochemistry) A precursor of prorelaxin.


胃汁

/weɪ̯⁵¹ ʈ͡ʂʐ̩⁵⁵/

/wɐi̯²² t͡sɐp̚⁵/

/weɪ̯⁵¹ ʈ͡ʂʐ̩⁵⁵/

/wɐi̯²² t͡sɐp̚⁵/


glycolipoprotein

(biochemistry) Any lipoprotein that has a covalently-bonded carbohydrate


proneurotensin

In conclusion, higher basal plasma levels of copeptin were found in inactive IBD patients, whereas the basal plasma levels of MR-proADM, MR-proANP, MR-PENK A, NT-PTA, and proneurotensin were not altered in inactive IBD compared with controls in middle-aged subjects.

2015 July 13, Bodil Ohlsson, Olle Melander, “Basal Plasma Levels of Copeptin are Elevated in Inactive Inflammatory Bowel Disease after Bowel Resection”, in Drug Target Insights, volume 9, →DOI:

(biochemistry) A precursor of the hormone neurotensin


laktose

head

laktose c (singular definite laktosen, not used in plural form)

laktosen (definite singular)
laktose (indefinite nominative singular)
laktosen (definite nominative singular)
laktoses (genitive indefinite singular)
laktosens (definite genitive singular)


angiogeniini

angiogeniini (nominative singular)
angiogeniinit (nominative plural)
angiogeniini (accusative nominative singular)
angiogeniinit (accusative nominative plural)
angiogeniinin (accusative genitive singular)
angiogeniinit (accusative genitive plural)
angiogeniinin (genitive singular)
angiogeniinien (genitive plural)
angiogeniiniä (partitive singular)
angiogeniinejä (partitive plural)
angiogeniinissä (inessive singular)
angiogeniineissä (inessive plural)
angiogeniinistä (elative singular)
angiogeniineistä (elative plural)
angiogeniiniin (illative singular)
angiogeniineihin (illative plural)
angiogeniinillä (adessive singular)
angiogeniineillä (adessive plural)
angiogeniiniltä (ablative singular)
angiogeniineiltä (ablative plural)
angiogeniinille (allative singular)
angiogeniineille (allative plural)
angiogeniininä (essive singular)
angiogeniineinä (essive plural)
angiogeniiniksi (singular translative)
angiogeniineiksi (plural translative)
angiogeniinittä (abessive singular)
angiogeniineittä (abessive plural)
angiogeniinein (instructive plural)
See the possessive forms below. (comitative)
angiogeniinini (nominative singular)
angiogeniinini (nominative plural)
angiogeniinini (accusative nominative singular)
angiogeniinini (accusative nominative plural)
angiogeniinini (accusative genitive singular)
angiogeniinini (accusative genitive plural)
angiogeniinini (genitive singular)
angiogeniinieni (genitive plural)
angiogeniiniäni (partitive singular)
angiogeniinejäni (partitive plural)
angiogeniinissäni (inessive singular)
angiogeniineissäni (inessive plural)
angiogeniinistäni (elative singular)
angiogeniineistäni (elative plural)
angiogeniiniini (illative singular)
angiogeniineihini (illative plural)
angiogeniinilläni (adessive singular)
angiogeniineilläni (adessive plural)
angiogeniiniltäni (ablative singular)
angiogeniineiltäni (ablative plural)
angiogeniinilleni (allative singular)
angiogeniineilleni (allative plural)
angiogeniininäni (essive singular)
angiogeniineinäni (essive plural)
angiogeniinikseni (singular translative)
angiogeniineikseni (plural translative)
angiogeniinittäni (abessive singular)
angiogeniineittäni (abessive plural)
angiogeniineineni (comitative plural)
angiogeniinisi (nominative singular)
angiogeniinisi (nominative plural)
angiogeniinisi (accusative nominative singular)
angiogeniinisi (accusative nominative plural)
angiogeniinisi (accusative genitive singular)
angiogeniinisi (accusative genitive plural)
angiogeniinisi (genitive singular)
angiogeniiniesi (genitive plural)
angiogeniiniäsi (partitive singular)
angiogeniinejäsi (partitive plural)
angiogeniinissäsi (inessive singular)
angiogeniineissäsi (inessive plural)
angiogeniinistäsi (elative singular)
angiogeniineistäsi (elative plural)
angiogeniiniisi (illative singular)
angiogeniineihisi (illative plural)
angiogeniinilläsi (adessive singular)
angiogeniineilläsi (adessive plural)
angiogeniiniltäsi (ablative singular)
angiogeniineiltäsi (ablative plural)
angiogeniinillesi (allative singular)
angiogeniineillesi (allative plural)
angiogeniininäsi (essive singular)
angiogeniineinäsi (essive plural)
angiogeniiniksesi (singular translative)
angiogeniineiksesi (plural translative)
angiogeniinittäsi (abessive singular)
angiogeniineittäsi (abessive plural)
angiogeniineinesi (comitative plural)
angiogeniinimme (nominative singular)
angiogeniinimme (nominative plural)
angiogeniinimme (accusative nominative singular)
angiogeniinimme (accusative nominative plural)
angiogeniinimme (accusative genitive singular)
angiogeniinimme (accusative genitive plural)
angiogeniinimme (genitive singular)
angiogeniiniemme (genitive plural)
angiogeniiniämme (partitive singular)
angiogeniinejämme (partitive plural)
angiogeniinissämme (inessive singular)
angiogeniineissämme (inessive plural)
angiogeniinistämme (elative singular)
angiogeniineistämme (elative plural)
angiogeniiniimme (illative singular)
angiogeniineihimme (illative plural)
angiogeniinillämme (adessive singular)
angiogeniineillämme (adessive plural)
angiogeniiniltämme (ablative singular)
angiogeniineiltämme (ablative plural)
angiogeniinillemme (allative singular)
angiogeniineillemme (allative plural)
angiogeniininämme (essive singular)
angiogeniineinämme (essive plural)
angiogeniiniksemme (singular translative)
angiogeniineiksemme (plural translative)
angiogeniinittämme (abessive singular)
angiogeniineittämme (abessive plural)
angiogeniineinemme (comitative plural)
angiogeniininne (nominative singular)
angiogeniininne (nominative plural)
angiogeniininne (accusative nominative singular)
angiogeniininne (accusative nominative plural)
angiogeniininne (accusative genitive singular)
angiogeniininne (accusative genitive plural)
angiogeniininne (genitive singular)
angiogeniinienne (genitive plural)
angiogeniiniänne (partitive singular)
angiogeniinejänne (partitive plural)
angiogeniinissänne (inessive singular)
angiogeniineissänne (inessive plural)
angiogeniinistänne (elative singular)
angiogeniineistänne (elative plural)
angiogeniiniinne (illative singular)
angiogeniineihinne (illative plural)
angiogeniinillänne (adessive singular)
angiogeniineillänne (adessive plural)
angiogeniiniltänne (ablative singular)
angiogeniineiltänne (ablative plural)
angiogeniinillenne (allative singular)
angiogeniineillenne (allative plural)
angiogeniininänne (essive singular)
angiogeniineinänne (essive plural)
angiogeniiniksenne (singular translative)
angiogeniineiksenne (plural translative)
angiogeniinittänne (abessive singular)
angiogeniineittänne (abessive plural)
angiogeniineinenne (comitative plural)
angiogeniininsä (nominative singular)
angiogeniininsä (nominative plural)
angiogeniininsä (accusative nominative singular)
angiogeniininsä (accusative nominative plural)
angiogeniininsä (accusative genitive singular)
angiogeniininsä (accusative genitive plural)
angiogeniininsä (genitive singular)
angiogeniiniensä (genitive plural)
angiogeniiniään (partitive singular)
angiogeniiniänsä (partitive singular)
angiogeniinejään (partitive plural)
angiogeniinejänsä (partitive plural)
angiogeniinissään (inessive singular)
angiogeniinissänsä (inessive singular)
angiogeniineissään (inessive plural)
angiogeniineissänsä (inessive plural)
angiogeniinistään (elative singular)
angiogeniinistänsä (elative singular)
angiogeniineistään (elative plural)
angiogeniineistänsä (elative plural)
angiogeniiniinsä (illative singular)
angiogeniineihinsä (illative plural)
angiogeniinillään (adessive singular)
angiogeniinillänsä (adessive singular)
angiogeniineillään (adessive plural)
angiogeniineillänsä (adessive plural)
angiogeniiniltään (ablative singular)
angiogeniiniltänsä (ablative singular)
angiogeniineiltään (ablative plural)
angiogeniineiltänsä (ablative plural)
angiogeniinilleen (allative singular)
angiogeniinillensä (allative singular)
angiogeniineilleen (allative plural)
angiogeniineillensä (allative plural)
angiogeniininään (essive singular)
angiogeniininänsä (essive singular)
angiogeniineinään (essive plural)
angiogeniineinänsä (essive plural)
angiogeniinikseen (singular translative)
angiogeniiniksensä (singular translative)
angiogeniineikseen (plural translative)
angiogeniineiksensä (plural translative)
angiogeniinittään (abessive singular)
angiogeniinittänsä (abessive singular)
angiogeniineittään (abessive plural)
angiogeniineittänsä (abessive plural)
angiogeniineineen (comitative plural)
angiogeniineinensä (comitative plural)

[ˈɑ̝ŋːio̞ˌɡe̞niːni]

Internationalism (see English angiogenin).


embigin

extracellular matrix
extracellular matrix

(biochemistry) A glycoprotein involved in cell growth and development by mediating interactions between the cell and extracellular matrix.


embigiini

embigiini (nominative singular)
embigiinit (nominative plural)
embigiini (accusative nominative singular)
embigiinit (accusative nominative plural)
embigiinin (accusative genitive singular)
embigiinit (accusative genitive plural)
embigiinin (genitive singular)
embigiinien (genitive plural)
embigiiniä (partitive singular)
embigiinejä (partitive plural)
embigiinissä (inessive singular)
embigiineissä (inessive plural)
embigiinistä (elative singular)
embigiineistä (elative plural)
embigiiniin (illative singular)
embigiineihin (illative plural)
embigiinillä (adessive singular)
embigiineillä (adessive plural)
embigiiniltä (ablative singular)
embigiineiltä (ablative plural)
embigiinille (allative singular)
embigiineille (allative plural)
embigiininä (essive singular)
embigiineinä (essive plural)
embigiiniksi (singular translative)
embigiineiksi (plural translative)
embigiinittä (abessive singular)
embigiineittä (abessive plural)
embigiinein (instructive plural)
See the possessive forms below. (comitative)
embigiinini (nominative singular)
embigiinini (nominative plural)
embigiinini (accusative nominative singular)
embigiinini (accusative nominative plural)
embigiinini (accusative genitive singular)
embigiinini (accusative genitive plural)
embigiinini (genitive singular)
embigiinieni (genitive plural)
embigiiniäni (partitive singular)
embigiinejäni (partitive plural)
embigiinissäni (inessive singular)
embigiineissäni (inessive plural)
embigiinistäni (elative singular)
embigiineistäni (elative plural)
embigiiniini (illative singular)
embigiineihini (illative plural)
embigiinilläni (adessive singular)
embigiineilläni (adessive plural)
embigiiniltäni (ablative singular)
embigiineiltäni (ablative plural)
embigiinilleni (allative singular)
embigiineilleni (allative plural)
embigiininäni (essive singular)
embigiineinäni (essive plural)
embigiinikseni (singular translative)
embigiineikseni (plural translative)
embigiinittäni (abessive singular)
embigiineittäni (abessive plural)
embigiineineni (comitative plural)
embigiinisi (nominative singular)
embigiinisi (nominative plural)
embigiinisi (accusative nominative singular)
embigiinisi (accusative nominative plural)
embigiinisi (accusative genitive singular)
embigiinisi (accusative genitive plural)
embigiinisi (genitive singular)
embigiiniesi (genitive plural)
embigiiniäsi (partitive singular)
embigiinejäsi (partitive plural)
embigiinissäsi (inessive singular)
embigiineissäsi (inessive plural)
embigiinistäsi (elative singular)
embigiineistäsi (elative plural)
embigiiniisi (illative singular)
embigiineihisi (illative plural)
embigiinilläsi (adessive singular)
embigiineilläsi (adessive plural)
embigiiniltäsi (ablative singular)
embigiineiltäsi (ablative plural)
embigiinillesi (allative singular)
embigiineillesi (allative plural)
embigiininäsi (essive singular)
embigiineinäsi (essive plural)
embigiiniksesi (singular translative)
embigiineiksesi (plural translative)
embigiinittäsi (abessive singular)
embigiineittäsi (abessive plural)
embigiineinesi (comitative plural)
embigiinimme (nominative singular)
embigiinimme (nominative plural)
embigiinimme (accusative nominative singular)
embigiinimme (accusative nominative plural)
embigiinimme (accusative genitive singular)
embigiinimme (accusative genitive plural)
embigiinimme (genitive singular)
embigiiniemme (genitive plural)
embigiiniämme (partitive singular)
embigiinejämme (partitive plural)
embigiinissämme (inessive singular)
embigiineissämme (inessive plural)
embigiinistämme (elative singular)
embigiineistämme (elative plural)
embigiiniimme (illative singular)
embigiineihimme (illative plural)
embigiinillämme (adessive singular)
embigiineillämme (adessive plural)
embigiiniltämme (ablative singular)
embigiineiltämme (ablative plural)
embigiinillemme (allative singular)
embigiineillemme (allative plural)
embigiininämme (essive singular)
embigiineinämme (essive plural)
embigiiniksemme (singular translative)
embigiineiksemme (plural translative)
embigiinittämme (abessive singular)
embigiineittämme (abessive plural)
embigiineinemme (comitative plural)
embigiininne (nominative singular)
embigiininne (nominative plural)
embigiininne (accusative nominative singular)
embigiininne (accusative nominative plural)
embigiininne (accusative genitive singular)
embigiininne (accusative genitive plural)
embigiininne (genitive singular)
embigiinienne (genitive plural)
embigiiniänne (partitive singular)
embigiinejänne (partitive plural)
embigiinissänne (inessive singular)
embigiineissänne (inessive plural)
embigiinistänne (elative singular)
embigiineistänne (elative plural)
embigiiniinne (illative singular)
embigiineihinne (illative plural)
embigiinillänne (adessive singular)
embigiineillänne (adessive plural)
embigiiniltänne (ablative singular)
embigiineiltänne (ablative plural)
embigiinillenne (allative singular)
embigiineillenne (allative plural)
embigiininänne (essive singular)
embigiineinänne (essive plural)
embigiiniksenne (singular translative)
embigiineiksenne (plural translative)
embigiinittänne (abessive singular)
embigiineittänne (abessive plural)
embigiineinenne (comitative plural)
embigiininsä (nominative singular)
embigiininsä (nominative plural)
embigiininsä (accusative nominative singular)
embigiininsä (accusative nominative plural)
embigiininsä (accusative genitive singular)
embigiininsä (accusative genitive plural)
embigiininsä (genitive singular)
embigiiniensä (genitive plural)
embigiiniään (partitive singular)
embigiiniänsä (partitive singular)
embigiinejään (partitive plural)
embigiinejänsä (partitive plural)
embigiinissään (inessive singular)
embigiinissänsä (inessive singular)
embigiineissään (inessive plural)
embigiineissänsä (inessive plural)
embigiinistään (elative singular)
embigiinistänsä (elative singular)
embigiineistään (elative plural)
embigiineistänsä (elative plural)
embigiiniinsä (illative singular)
embigiineihinsä (illative plural)
embigiinillään (adessive singular)
embigiinillänsä (adessive singular)
embigiineillään (adessive plural)
embigiineillänsä (adessive plural)
embigiiniltään (ablative singular)
embigiiniltänsä (ablative singular)
embigiineiltään (ablative plural)
embigiineiltänsä (ablative plural)
embigiinilleen (allative singular)
embigiinillensä (allative singular)
embigiineilleen (allative plural)
embigiineillensä (allative plural)
embigiininään (essive singular)
embigiininänsä (essive singular)
embigiineinään (essive plural)
embigiineinänsä (essive plural)
embigiinikseen (singular translative)
embigiiniksensä (singular translative)
embigiineikseen (plural translative)
embigiineiksensä (plural translative)
embigiinittään (abessive singular)
embigiinittänsä (abessive singular)
embigiineittään (abessive plural)
embigiineittänsä (abessive plural)
embigiineineen (comitative plural)
embigiineinensä (comitative plural)


rhizobiaceous

(bacteriology, relational) Of or relating to the Rhizobiaceae.


oscillatoriaceous

From translingual Oscillatoriaceae + -ous.

(bacteriology, relational) Of or relating to the Oscillatoriaceae.


chroococcaceous

From translingual Chroococcaceae + -ous.

(bacteriology, relational) Of or relating to the Chroococcaceae.


enterobacteriaceous

(bacteriology) Belonging to the Enterobacteriaceae.


pseudonocardiaceous

From translingual Pseudonocardiaceae + -ous.

(bacteriology, relational) Of or relating to the Pseudonocardiaceae.


siderocapsaceous

From translingual Siderocapsaceae + -ous.

(bacteriology, relational) Of or relating to the Siderocapsaceae.


fimbrillin

These are filamentous components on the cell surface, and their subunit protein, fimbrillin (FimA), reportedly acts on bacterial interaction with host tissues by mediating bacterial adhesion and colonization in targeted sites.

2015, Nora SILVA et al., “Host response mechanisms in periodontal diseases”, in Journal of Applied Oral Science, volume 23, →DOI:

(biochemistry) Any of a class of subunit proteins in the fimbria of some bacteria


shugoshin

From Japanese 守護神 (shugoshin, “guardian”) + -in.

The shugoshin Sgo1 homodimer and inhibitor toxin microcystin peptide have been omitted for clarity.

2015 May 13, Chey Loveday et al., “Mutations in the PP2A regulatory subunit B family genes PPP2R5B, PPP2R5C and PPP2R5D cause human overgrowth”, in Human Molecular Genetics, volume 24, →DOI:

(biochemistry) Any of a family of proteins that play a role in the centromeric protection of cohesin


spastizin

Antibodies used in this study include in-house antibodies against clathrin, AP-5 ζ (monoclonal antibody used for IF), µ5 and SPG11 monoclonal (4) and spastizin [PER antibody (49)] and commercial antibodies against spastizin (Atlas HPA035693), EEA1 (BD Transduction Labs E41120), LAMP1 (Abcam ab24170 and H4A3), CIMPR (2G11; Calbiochem 444105), AP-2 µ2 (AP50; BD Transduction Labs 611351), LC3 (4E12; MBL M152-3B), LBPA (Jean Gruenberg), CD63 (H5C6; BD Biosciences), tubulin (DM1A, Abcam ab7291) and actin (C4, Abcam ab3280).

2015 June 17, Jennifer Hirst et al., “Loss of AP-5 results in accumulation of aberrant endolysosomes: defining a new type of lysosomal storage disease”, in Human Molecular Genetics, volume 24, →DOI:

(biochemistry) A protein, characteristic of spastic paraplegia, that mediates autophagic lysosome reformation


ferrihemoglobin

We believe that paclitaxel inhibits the expression of Zo-1 and Claudin-4 and affects TJ integrity, resulting in alveolar-capillary barrier dysfunctions, increased ACM permeability, and exudation of ferrihemoglobin fluid and cells from the capillaries to the alveoli interstitium and even the alveolar cavity, which causes pulmonary edema and, ultimately, ACM thickening and gas diffusion dysfunctions 5 6 .

2015 August 10, Wen-jie Liu et al., “Paclitaxel-induced lung injury and its amelioration by parecoxib sodium”, in Scientific Reports, volume 5, →DOI:

(biochemistry) A form of hemoglobin in which the central ferrous iron atom is oxidised to the ferric state


laminaripentaose

Agrocinopine A (yellow), cellobiose (light blue) and laminaripentaose (green) are represented as sticks. (PDF) Click here for additional data file.

2015 August 5, Abbas El Sahili et al., “A Pyranose-2-Phosphate Motif Is Responsible for Both Antibiotic Import and Quorum-Sensing Regulation in Agrobacterium tumefaciens”, in PLoS Pathogens, volume 11, →DOI:

(biochemistry) An oligosaccharide related to laminarin


dockerin

From docker + -in, because of its "docking" function.

Interacting protein components (enzymes bearing a dockerin and scaffoldin or cohesin) were mixed at a final concentration of 10 µM at room temperature in 20 mM Tris-maleate pH 6.0, 1 mM CaCl 2, and 4 µL were subjected to native PAGE (4–15% gradient) using a Phastsystem apparatus (GE Healthcare).

2015 August 13, Julie Ravachol et al., “Combining free and aggregated cellulolytic systems in the cellulosome-producing bacterium Ruminiclostridium cellulolyticum”, in Biotechnology for Biofuels, volume 8, →DOI:

(biochemistry) Any of a class of proteins that interact with cohesin


ectodysplasin

(biochemistry) Any of a family of transmembrane proteins associated with ectoderm


nucleoredoxin

In line with this finding, H 2 O 2 inhibited the association between disheveled and nucleoredoxin, blocking the Wnt- β -catenin pathway [ 72 ].

2015 July 26, Shijie Ding et al., “Redox Regulation in Cancer Stem Cells”, in Oxidative Medicine and Cellular Longevity, volume 2015, →DOI:

(biochemistry) A thioredoxin that is involved in cell growth and differentiation


redoxin

(biochemistry) Any of a family of proteins that are involved in redox reactions


cellobionic acid

(biochemistry) A particular glucosyl gluconic acid


cellotrionic acid

(biochemistry) A gluconic acid derived from cellotriose


cholinephosphotransferase

In addition to de novo DAG that is generated via the Kennedy pathway, DAG precursors for TAG synthesis can also be derived from PC by the reversible action of two enzymes, PC:DAG cholinephosphotransferase (PDCT/ROD1; [ 65 ] and/or cytidine-5′-diphosphocholine:DAG cholinephosphotransferase (CPT; [ 66, 67 ].

2015 August 16, Aruna Kilaru et al., “Oil biosynthesis in a basal angiosperm: transcriptome analysis of Persea Americana mesocarp”, in BMC Plant Biology, volume 15, →DOI:

(biochemistry) Any enzyme that catalyses the transfer of phosphocholine (in a glyceride)


sphingosinokinase

For the other S1P species, the the^([sic]) mostly important is sphingosinokinase (SK) in the reticulum, inner membrane and nucleus, respectively.

2015 August 15, Weronika Wronowska et al., “Computational modeling of sphingolipid metabolism”, in BMC Systems Biology, volume 9, →DOI: