Over the passage of time, science has proven that cosmetic peptides fulfill a significant role in managing wrinkles and fine lines. So much so that a few studies even claim cosmetic peptides can reverse the signs of aging….
Read moreFrom combating unwanted free radicals, to facilitating skin’s organic collagen production, anti-aging products have long made promises and set high expectations. However, only recently, some of the major beauty and…
Read moreAs we age, our skin loses its elasticity. Signs of pigmentation start appearing and prominent wrinkles taint your once flawless skin. Generally, cosmetic companies all over the world make tall promises of rejuvenating…
Read morePeptides take part in myriad physiological processes. Their global recognition as natural compounds, moderately high stability and distinct actions has made them desirable for various skin-related signs, particularly…
Read moreEnzymes are biological molecules that serve as catalysts. They have been a part of many industries such as brewing and tanning, since ancient times. Here’s a look at the modern applications of enzymes.
Read moreChemical derivative of febrifugine, Halofuginone is a natural quinazolinone found in Chinese herb Dichora. Previously, the drug was used in veterinary medicine ; however, today it is being developed for…
Read moreThe blog discusses about the common linkers for solid phase. In solid phase synthesis, the group that links the substrate or the substance being modified to the resin bead is a very important component of the process….
Read morePeptide synthesis occurs by coupling of the amine or NH2 group of one amino acid to the terminal carboxyl or COOH group of the another amino acid. The blog discusses important facts about…
Read moreWhile most of us don’t bother much about catalysts, these chemical substances make the world tick. The blog discusses interesting facts about catalysts you definitely need to know about. Catalysts are chemical substances…
Read moreLithium-ion batteries are used in a variety of applications these days. They’re in laptops, mobiles, PDAs, etc. The reason is that lithium-ion batteries are probably one of the most high-energy rechargeable…
Read moreBattery researchers are emphasizing on lithium to such an extent that one could imagine that the future of battery depends on lithium. There are a host of reasons that support the use of lithium-ion batteries. And most of them clarify…
Read morePreviously, nickel-cadmium was the only batteries for charging portable electronics and other equipment. Ranging from wireless forms of communications to mobile computing, nickel-cadmium was a top choice….
Read moreThe concept of‘modern ionic liquids’ is drawing attention of chemists and chemical experts all over the world, that too in the field of synthesis and catalysis. Of course, we understand why there is so much interest sprouting…
Read moreTwo things that severely impact the reaction rate are catalysts and enzymes. By and large, almost all enzymes known to mankind today are catalysts, but all catalysts aren’t necessarily enzymes. To understand the difference on…
Read moreOn a broader level, hormones are molecules that are generated and emitted by endocrine glands present in our bodies. When the hormones are emitted into the bloodstream, they pass through various body parts generating…
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7-Bromo-1-tetralone CAS 32281-97-3
Tris(4,7-diphenyl-1,10-phenanthroline)ruthenium dichloride CAS 36309-88-3
Formylhydrazine CAS 624-84-0
2,7-diaminopyrene-4,5,9,10-tetraone CAS 2459874-51-0
cis-5,8,11,14,17-Eicosapentaenoic acid ethyl ester CAS 73310-10-8 or 86227-47-6
10-Deacetylbaccatin III CAS 92999-93-4
Octocrilene CAS 6197-30-4
3,4-Dihydroxyacetophenone CAS 1197-09-7
1,2-Benzisoxazole-3-methanesulfonic acid sodium salt CAS 73101-64-1
2-(Carboxymethylthio)succinic acid CAS 99-68-3