Indian sago starch extracted from Tapioca roots finds its application not only as a food but also numerous commercial applications. In the present review we are discussing concisely the extraction, physiochemical properties, chemical modifications and pharmaceutical applications of Indian sago starch. The sago starch is a cheap, easily available, biodegradable and a versatile polymer. Starch ha...

In the present investigation, mango kernel seed starch-based edible coating was developed combined with different concentrations of lemongrass essential oil (EO). The effects formulations, such as T1 (2% starch); T2 starch + 0.25% oil); T3 0.5% and T4 1% oil), were investigated for physiological, physiochemical, microbiological properties fresh guava fruit stored at 23 ± 2°C a relative humidity...

gundelia tournefortii l. is a well known plant in mountains of iran and is found all over the country. it traditionally has some medicinal applications. in this research, gundelia tournefortii l. seed was studied as a source of edible oil. oil was extracted with immersion method using diethyl ether as a solvent. acidity, saponification, ester, iodine, peroxide and refractive indices, average mo...

densely functionalized 3-(4-chlorophenyl)-5-(3-hydroxy-4-etoxyphenyl)-4,5-dihydro-1h-pyrazole-1-carboxamide was  synthesized in an expedient manner through specification and transamidation  respectively, of ester-functionalized pyrazoles. this synthetic protocol allowed for three diversifying steps in which appendages on the pyrazole scaffold were adjusted to optimize inhibition of protein kina...

It has been more than two decades since neuraxial opioids first underwent rigorous clinical study for use in humans. The intraspinal route of administration is now commonly used to administer anesthetics and analgesics. Addition of opioids to intraspinal administered local anesthetic provides an effective and prolonged analgesia. However, the physiochemical properties of opioids may influence t...

In this issue of Blood, Ciciliano et al demonstrate that thrombus formation in ferric chloride (FeCl3) thrombosis models relies on physiochemical, rather than biological, mechanisms.