Titlebook: Calcified Tissue; David W. L. Hukins Textbook 1989Latest edition Macmillan Publishers Limited 1989 histology.protein.proteins.spectroscopy

破布

Fourier transform infrared spectroscopy and characterisation of biological calcium phosphates,onent of a complex calcified deposit may be described with reference to some highly crystalline model compound of perfect stoichiometry such as the minerals hydroxyapatite (HAP, Ca.(OH).(PO.).), brushite (DCPD, CaHPO.·2H.O) and monetite (DCPA, CaHPO.), or octacal-cium phosphate (OCP, Ca.H.(PO.).· 5H

影響帶來(lái)

Respond

Some characteristics of mineralised collagen,suggestions presented in this chapter do not quite satisfy Szent-Gyorgyi’s paradigm, since some new facts were added to the older data. However, the previously available information should have sufficed for an acute observer. It is well known that the type I collagen in bone differs from that in sof

FLAGR

The interaction of phosphoproteins with calcium phosphate,, and phosphoproteins that have been used frequently in laboratory studies of phosphoprotein-calcium phosphate interactions. This heterogeneous group comprises the phosphophoryns from teeth, the bone phosphoproteins, the caseins from milk, the statherins and acidic proline-rich proteins of saliva, o

institute

Phospholipids and calcification,f the membrane lipid, the other half being cholesterol. Together, the lipids and the proteins within membranes control cell function (Seelig and MacDonald, 1987). The phospholipids are known to play a role determining cell shape, controlling the flux of ions into and out of the cell, mediating the f

IDEAS

ANNUL

Forschungsfragen und Zielsetzungrientation, have all to be described. Infrared spectroscopy can and has played a part in the characterisation of biological calcium phosphates. Fourier transform instruments can do better what was done before and make possible some new types of measurements.

農(nóng)學(xué)

X-ray absorption spectroscopy of mineral deposits,r positrons move in a circular path with a typical diameter of 30 m (Catlow and Greaves, 1986). There are less than a dozen laboratories in the world with the facilities for XAS using synchrotron radiation, and, indeed, all the results described in this chapter have been obtained at three of them: L

水槽

Fourier transform infrared spectroscopy and characterisation of biological calcium phosphates,rientation, have all to be described. Infrared spectroscopy can and has played a part in the characterisation of biological calcium phosphates. Fourier transform instruments can do better what was done before and make possible some new types of measurements.

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