Glycinamide hydrochloride

I. Peptides da Binciken Halittar Halitta

1. Tubalan Ginin C-Terminal Amidation don Peptides
Haɗin peptide mai ƙarfi-lokaci/liquid-phase peptide, hada da C-terminal glycine amide (Gly-NH₂). Yawancin peptides na bioactive suna buƙatar gyare-gyaren C-terminal amide don haɓaka juriya ga proteolysis da haɓaka biostability.; free glycine amide yana da matukar damuwa ga lalacewa, alhali gishirin hydrochloride nasa barga ne, albarkatun da za a iya ƙididdige su da ake amfani da su don haɗakarwar peptide da ginin ɗakin karatu na peptide.
2. Binciken Halittar Halittar Halittar Halittar Halittar Halittu da Binciken Gyaran Sunadaran
Ya ƙunshi rukunin aminin farko na kyauta wanda zai iya haɗawa tare da ƙungiyoyi masu kunnawa kamar esters na NHS, yin aiki azaman abin ƙira don sunadarin sunadaran furotin da lakabin rukuni.
3. Precursors for Heterocyclic and Metal Complex Synthesis

– Haɗin gwiwar imidazolidine-4-daya da mahaɗan diazaspiro;
– Shiri na Ir da Rh organometallic luminescent hadaddun don amfani a cikin photochemistry da photocatalysis bincike.

II. Gwaje-gwajen Halittu: PH Buffer Reagents

pKa ≈ 8.20, kewayon buffer mai tasiri 7.2-9.2; an rarraba shi azaman “Mai kyau” tsarin buffer:

– Enzyme binciken aikin: Ya dace da gwaje-gwajen kinetics na enzyme a ƙarƙashin ɗan ƙaramin yanayin alkaline;
– Buffer don al'adun sel in vitro; shirya wani bayani na jari ta hanyar bakara ta hanyar 0.22 μm tacewa;
– Tsarin maganin furotin: Mai narkewar ruwa sosai, masu jituwa da yawancin sunadaran, da juriya ga hazo mai gina jiki.

III. Naman Kashi / Kwayoyin Halittar Kwayoyin Halitta (Zafafan Batutuwan Kwanan nan)

1. Samuwar Protein-Glycinamide Nanocomposites
Waɗannan ingantattun nanocomposites na nanocomposites suna haɗuwa cikin ƙananan nanoparticles ta hanyar hulɗar electrostatic tare da sunadaran da ba su da caji. (BSA, BMP-2), haɓaka ingancin shan furotin ta hanyar sel da haɓaka isar da sinadarai a cikin cell.
2. Haɓaka Haɗin kai na Bambancin Osteogenic tare da BMP-2
Yana daidaita kwayoyin halittar osteogenic alama kamar Runx2, ALP, da Col1a1; yana haɓaka aikin alkaline phosphatase da haɓakar collagen; samfurin cranial na linzamin kwamfuta yana tabbatar da haɓaka haɓakawar haɓakar kashi a cikin vivo, wanda ya dace da kayan gyaran kashi da bincike na hanyoyin haɓaka kashi (PMC).

IV. Tsarin Alamar Fata da Tsarin Bincike na Melanocyte (PMC)

Hanyoyin sigina a cikin ƙirar bincike:
Yana hana siginar α-MSH, rage daidaita MITF da tyrosinase (TYR) magana, kuma yana rage samar da sinadarin melanin;
An yi amfani da shi don bincike kan fararen fata da hanyoyin canza launi; akwai iyakataccen adadin in vitro da karatun ɗan adam na farko, amma har yanzu yana da nisa daga zama gamayya na magunguna ko kayan kwalliya kuma yana iyakance ga gwaje-gwajen bincike..

V. Enzyme da Metabolic Pathway Tool Substrates / Analogs

1. Analogs na tsarin Glycine, ana amfani da su don nazarin jigilar amino acid da tsarin ɗaukar amino acid yisti;
2. Tsarin analog na bincike don hanyar haɗin purine (don bambanta GAR [glycinyl-adenosyl-ribonucleotide]), Taimakawa a cikin haɓaka ƙwarewar ƙirar ƙasa da wuraren aiki na purine biosynthetic enzymes.

VI. Basic Research in Medicine Chemistry

Kamar yadda tubalan ginin roba:

– Maɓallin dakin gwaje-gwaje-haɓaka abubuwan da aka haɗa don magungunan neuroprotective kamar oracitane;
– Gina dakunan karatu na kwayoyin heterocyclic na pyrazines da imidazoles don tantance ƙananan mahadi masu gubar kwayoyin..

Muhimman Abubuwan La'akari don Amfani da Bincike

1. Highly hygroscopic; auna da shirya mafita da sauri; shirya mafita mai ruwa da ruwa sabo a duk lokacin da zai yiwu;
2. Buffers suna buƙatar daidaitaccen daidaitawar pH tare da NaOH/HCl, sannan tacewa da haifuwa;
3. Don gwaje-gwajen halittu, hada da ƙungiyar kula da glycine don rarrabe takamaiman tasirin da ƙungiyar amide ta haifar.