Fatty Hydrazide (FH) has been synthesized via reaction of palm olein with hydrazine hydrate by reflux and characterized using spectroscopic methods and CHN analyzer. Optimum reaction conditions were studied in order to optimize the reaction time and hydrazine hydrate/palm olein ratio. When the hydrazinolysis reaction was carried out 7:1 molar ratio of hydrazine hydrate to palm olein, the conversion of palm olein was 82% and the maximum of conversion to FH was 84% when the reaction time was 12 h. FH was also prepared from palm stearin and corn oil and then, the conversion percentages of these oils into their fatty hydrazides were investigated to compare with palm olein
Fatty hydroxamic acids (FHA) have been successfully synthesized from palm oils by a one-step lipase ...
Partial hydrolysis using Lipozyme RMIM lipase in a solvent-free system was used to produce a diacylg...
Enzymatic synthesis of palm oil esters (POE) was carried out via alcoholysis of palm oil (PO) and ol...
Hydrazide derivatives have been synthesized from methyl esters, hydrazones and vegetable oils. They ...
Hydrazide derivatives have been synthesized from methyl esters, hydrazones and vegetable oils. They ...
Enzymatic synthesis of fatty hydrazides from palm oil was first carried out using the reaction condi...
Fatty hydrazides (FH) have been successfully synthesized from palm oils by a one-step lipase catalyz...
In this study, fatty haydroxamic acids (FHAs), which have biological activities as antibiotics and a...
In this study, N-hydroxy-N-methyl fattyamide (HMFA) has been synthesized by refluxing of palm oil an...
Fatty hydroxamic acid derivatives were synthesized using Lipozyme TL IM catalyst at biphasic medium ...
A method to produce hydrazide from triacylglycerol, the method includes steps of mixing vegetable oi...
Fatty amides have been successfully synthesized from palm olein and urea by a one-step lipase cataly...
Fatty hydroxamic acid derivatives were synthesized using Lipozyme TL IM catalyst at biphasic medium ...
Phenyl fatty hydroxamic acids (PFHAs) were synthesized from canola or palm oils and phenyl hydroxyla...
Hydrazides with the general formula R-CO-NHNH2, have received a lot of attention due to their applic...
Fatty hydroxamic acids (FHA) have been successfully synthesized from palm oils by a one-step lipase ...
Partial hydrolysis using Lipozyme RMIM lipase in a solvent-free system was used to produce a diacylg...
Enzymatic synthesis of palm oil esters (POE) was carried out via alcoholysis of palm oil (PO) and ol...
Hydrazide derivatives have been synthesized from methyl esters, hydrazones and vegetable oils. They ...
Hydrazide derivatives have been synthesized from methyl esters, hydrazones and vegetable oils. They ...
Enzymatic synthesis of fatty hydrazides from palm oil was first carried out using the reaction condi...
Fatty hydrazides (FH) have been successfully synthesized from palm oils by a one-step lipase catalyz...
In this study, fatty haydroxamic acids (FHAs), which have biological activities as antibiotics and a...
In this study, N-hydroxy-N-methyl fattyamide (HMFA) has been synthesized by refluxing of palm oil an...
Fatty hydroxamic acid derivatives were synthesized using Lipozyme TL IM catalyst at biphasic medium ...
A method to produce hydrazide from triacylglycerol, the method includes steps of mixing vegetable oi...
Fatty amides have been successfully synthesized from palm olein and urea by a one-step lipase cataly...
Fatty hydroxamic acid derivatives were synthesized using Lipozyme TL IM catalyst at biphasic medium ...
Phenyl fatty hydroxamic acids (PFHAs) were synthesized from canola or palm oils and phenyl hydroxyla...
Hydrazides with the general formula R-CO-NHNH2, have received a lot of attention due to their applic...
Fatty hydroxamic acids (FHA) have been successfully synthesized from palm oils by a one-step lipase ...
Partial hydrolysis using Lipozyme RMIM lipase in a solvent-free system was used to produce a diacylg...
Enzymatic synthesis of palm oil esters (POE) was carried out via alcoholysis of palm oil (PO) and ol...