Titlebook: Hair Research; Status and Future As Constantin E. Orfanos (Vorsitzender, Direktor),Wil Conference proceedings 1981 Springer-Verlag Berlin H

Functional

Cytochemistry of Merkel Cell-neurite Complex in Mouse Sinus Hair Folliclesll-neurite complex (MNC) reacted with ethanolic PTA with a staining pattern essentially comparable to that of afferent synapses. Thus, MG cores largely contain pronase-sensitive proteins possessing cytochemical properties of basic proteins and glycoproteins, and the MNC possesses afferent synapses.

后退

The Hair Surfaces upon that surface been studied extensively (Swift, 1971; Swift and Brown, 1972; Brown and Swift, 1975; DiBianca, 1973; Wall and Hunter, 1974; Robinson, 1976), but the substructure and chemistry of the hair cuticle have also been investigated in some detail (Bradbury, 1973; Swift, 1977).

监禁

Enzymatic Digestion of Hair Componentsesearch Center). Fractionation of the cuticle into endocuticle, exocuticle and the cell membrane complex is only possible through the application of enzymes. Digestion with enzymes is a more gentle method than acid hydrolysis. The advantages of the enzymatic procedures are given below.

制造

The Binding of Small Molecules and Polymers to Keratin and Their Effects on the Physicochemical and types of noncovalent bonds..The spreading and wicking of sebum, the cleaning of hair, and the combability and feel of hair, all depend on the surface properties of the fibers, which can be altered by the adsorption of suitable small and polymeric molecules.

Magnificent

Lyme-disease

减去

Concentric Lamellar Bodies in Normal Dermal Papilla Cells During Anagenays. These bodies stand out clearly from other cytoplasmic structures by virtue of their unique appearance. The membrane arrays are organized according to a pattern of concentric circular profiles surrounding a central cytoplasmic core that is filled with a small number of mitochondria, lipid drople

Palpable

薄荷醇

难理解

Cytochemistry of Merkel Cell-neurite Complex in Mouse Sinus Hair Folliclesannular shape. The core center stained with a periodic acid-silver methenamine technique. The cores were digested by pronase. The chromaffin technique showed no primary amines in the MGs and exogenous 5-hydroxydopamine was not taken up in vivo or in vitro. The synapselike structures of the Merkel ce