Previous studies have shown that lipids are synthesized at a constant rate in sebaceous glands and secreted onto the skin surface an average of 8days after synthesis. As a result, measurement of the sebum content of a skin specimen of known surface area should allow calculation of the sebum production rate which had been occurring in vivo. In the present study, such measurements have been made on scalp skin specimens from 14 men. The amount of sebum in 4-mm punch biopsies was calculated from the squalene content of the specimens, as measured by quantitative thin-layer chromatography of lipid extracts. The average sebum production rate for the group was found to be 1.45mg/10 sq cm/3hr
Human sebaceous glands were dissected (at 25–40x magnification) under sterile conditions from scalp ...
AbstractLipogenesis from different substrates was determined in isolated human sebaceous glands afte...
Sebaceous wax esters and epidermal acylceramides were isolated from skin surface lipid obtained from...
Previous studies have shown that lipids are synthesized at a constant rate in sebaceous glands and s...
When sebum is collected from the skin surface in an absorbent material, the amounts obtained in succ...
To observe the time course of lipid formation in human sebaceous glands, intradermal injections of [...
The delay between synthesis and excretion of sebum in sheep and in man was determined by measurement...
This work was amarded the "Oskar-Gans-Pri•e", donated by the 2•llendorf Compan•y [vupperta...
A sebum absorbent tape is introduced as a reproducible and convenient method for estimation of sebac...
Human sebum is a mixture of triglycerides, fatty acids, wax esters, squalene, cholesterol, and chole...
The human skin sebum suggests that it (along with other epidermal surface lipids) plays a role in sk...
Sustainable rates of lipid secretion were measured on the foreheads of 24 children, ages 6–8. The me...
The contribution of the keratinizing epidermis to the human skin surface lipid film has been difficu...
Collection and analysis of skin surface lipids or sebum has been reported in several previous studie...
Quantitative thin-layer chromatography was employed for determining the amount and composition of sk...
Human sebaceous glands were dissected (at 25–40x magnification) under sterile conditions from scalp ...
AbstractLipogenesis from different substrates was determined in isolated human sebaceous glands afte...
Sebaceous wax esters and epidermal acylceramides were isolated from skin surface lipid obtained from...
Previous studies have shown that lipids are synthesized at a constant rate in sebaceous glands and s...
When sebum is collected from the skin surface in an absorbent material, the amounts obtained in succ...
To observe the time course of lipid formation in human sebaceous glands, intradermal injections of [...
The delay between synthesis and excretion of sebum in sheep and in man was determined by measurement...
This work was amarded the "Oskar-Gans-Pri•e", donated by the 2•llendorf Compan•y [vupperta...
A sebum absorbent tape is introduced as a reproducible and convenient method for estimation of sebac...
Human sebum is a mixture of triglycerides, fatty acids, wax esters, squalene, cholesterol, and chole...
The human skin sebum suggests that it (along with other epidermal surface lipids) plays a role in sk...
Sustainable rates of lipid secretion were measured on the foreheads of 24 children, ages 6–8. The me...
The contribution of the keratinizing epidermis to the human skin surface lipid film has been difficu...
Collection and analysis of skin surface lipids or sebum has been reported in several previous studie...
Quantitative thin-layer chromatography was employed for determining the amount and composition of sk...
Human sebaceous glands were dissected (at 25–40x magnification) under sterile conditions from scalp ...
AbstractLipogenesis from different substrates was determined in isolated human sebaceous glands afte...
Sebaceous wax esters and epidermal acylceramides were isolated from skin surface lipid obtained from...