The combination of SEM and autoclave methods gave a clear three-dimensional demonstration of integumental elastic fibres in small densely-haired mammals. The specific organisation of a fine and spongy elastic network was characterized by uniformly thin elastic fibres which were homogeneously distributed between both hair follicle types throughout the whole dermis. All the hair follicles were connected with each other by elastic fibres along their complete intradermal length. The advantage of such a specific elastic dermis construction is that all hair follicles can be moved together and simultaneously along the entire body, so that a better and rapid insulation is achieved after erection of the hair follicles during very low temperatures
A simple and cost effective protocol for visualization and isolation of the elastic fibres network i...
Tissue-engineered skins (TES), manufactured by epidermal and dermal equivalents, are now being used ...
The microarchitecture of the cover hairs, wool hairs and tactile (sinus) hairs of feral, New Zealand...
The combination of SEM and autoclave methods gave a clear three-dimensional demonstration of integum...
The hairy skin of important domesticated mammals (12 species) was studied with scanning electron mic...
Scanning electron microscopy (SEM) demonstrates efficiently species-specific differences of hairy sk...
The surface and cross-sectional features of hair fibres from four different breeds of pigs has been ...
Abstract of paper from TCES (Tissue and Cell Engineering Society) meeting in 2005. The ability of th...
Certain macroscopic similarities of the nail and hair elongation mechanisms enable the mass-growth a...
Animals living in extremely cold plateau areas have shown amazing ability to maintain their bodies w...
Successful use of tissue expanders depends on the quality of expanded tissue. This study evaluates t...
Wortmann and Kure (1) have developed a model to explain the greater ease of setting of a human hair ...
Produced through sustainable, simple and cheap methods, keratin is one of the naturally-derived biom...
A rapid, novel method is described by which large numbers of intact, viable, individual hair follicl...
Abstract-Silica fibres from the inflorescence bracts of the grass Phaluris canuriensis L. cause derm...
A simple and cost effective protocol for visualization and isolation of the elastic fibres network i...
Tissue-engineered skins (TES), manufactured by epidermal and dermal equivalents, are now being used ...
The microarchitecture of the cover hairs, wool hairs and tactile (sinus) hairs of feral, New Zealand...
The combination of SEM and autoclave methods gave a clear three-dimensional demonstration of integum...
The hairy skin of important domesticated mammals (12 species) was studied with scanning electron mic...
Scanning electron microscopy (SEM) demonstrates efficiently species-specific differences of hairy sk...
The surface and cross-sectional features of hair fibres from four different breeds of pigs has been ...
Abstract of paper from TCES (Tissue and Cell Engineering Society) meeting in 2005. The ability of th...
Certain macroscopic similarities of the nail and hair elongation mechanisms enable the mass-growth a...
Animals living in extremely cold plateau areas have shown amazing ability to maintain their bodies w...
Successful use of tissue expanders depends on the quality of expanded tissue. This study evaluates t...
Wortmann and Kure (1) have developed a model to explain the greater ease of setting of a human hair ...
Produced through sustainable, simple and cheap methods, keratin is one of the naturally-derived biom...
A rapid, novel method is described by which large numbers of intact, viable, individual hair follicl...
Abstract-Silica fibres from the inflorescence bracts of the grass Phaluris canuriensis L. cause derm...
A simple and cost effective protocol for visualization and isolation of the elastic fibres network i...
Tissue-engineered skins (TES), manufactured by epidermal and dermal equivalents, are now being used ...
The microarchitecture of the cover hairs, wool hairs and tactile (sinus) hairs of feral, New Zealand...