Through a process known as hydroxylation, beta-carotene is converted into other carotenoids that can cut the amount of pro-vitamin A that is created through digestion in half, or eliminate it altogether. ❋ Unknown (2010)
C.1000 provides a potent dosage of this key vitamin and is blended with Bioflavonoids, which help promote the function of Vitamin C. Vitamin C.is a reducing sugar (has a reactive ene-diol structure) that is involved in biochemical processes such as hydroxylation of proline and lysine utilized in the formation of collagen and healthy connective tissue. ❋ Unknown (2010)
Vitamin D then undergoes hydroxylation to calcidiol (25-OHD3) in the liver and becomes the major circulating form, and then to calcitriol (vitamin D3 hormone; 1alpha 25 - (OH) 2D3) in the kidney. 1alpha, 25 - (OH) 2D3 is carried systemically to distal target organs where it binds to a vast array of nuclear receptors to generate its appropriate biological response. ❋ Unknown (2009)
Listed are several of these oxidizing reactions. alcohol dehydrogenation aldehyde dehydrogenation alkyl/acyclic hydroxylation aromatic hydroxylation deamination desulfuration ❋ Unknown (2008)
In order to find the cell strains with high and selective 12 b-hydroxylation capacity, the relationship between the hydroxylation capacity of D. lanata plants and cell cultures was studied. ❋ Unknown (1991)
The results showed that there was some relationship between the hydroxylation rates of leaves and cell strains. ❋ Unknown (1991)
In the studies conducted to determine the influence of macroelements, carbon sources, and light on hydroxylation capacity of the cell cultures, it was found that there was no absolute correlation between the hydroxylation capacity of the plants and that of the cell cultures. ❋ Unknown (1991)
Relationship between the hydroxylation capacity of Digitalis lanata plants and cell cultures ❋ Unknown (1991)
However, no direct correlation was observed between digoxin content of the leaves and the hydroxylation rates of the corresponding cell cultures. ❋ Unknown (1991)
For purposes of plant selection a hydroxylation test with 3H-b-methyldigitoxin was carried out. ❋ Unknown (1991)
Environmental controls - influence of different culture conditions on the hydroxylation capacity of cell cultures. ❋ Unknown (1991)
PART II: USE AND PROMOTION OF TRADITIONAL MEDICINAL PLANTS IN THE ASIAN REGIONPreparation of herbal medicinesThe collection of herbsVarious clinical uses of medicinal plantsUtilization of traditional medicine in ChinaRelationship between the hydroxylation capacity of Digitalis lanata plants and cell cultures ❋ Unknown (1991)
In spite of nearly identical digoxin content of the plant, the hydroxylating capacity of the corresponding cell strains varied from high 12 b-hydroxylation to total lack of any activity. ❋ Unknown (1991)
There is evidently little attendant hydroxylation, and another essential feature is the small molecular proportion of groups showing the typical sulphonation. ❋ C. F. Cross (N/A)
In short, the Phoenix amphotropic packaging line was transfected with the pBabe-based retroviral expression vectors carrying wild type (Addgene plasmid 19365) or hydroxylation-resistant (P402A/P564A) form ❋ Daniela Trisciuoglio Et Al. (2010)
HIF-1α protein stability in a prolyl hydroxylation-independent manner since bcl-2 overexpression had similar effects on either wild type protein and the degradation resistant form of HIF-1α, which contains proline-to-alanine substitutions (P402A/P564A) triggering a resistance to PHD2-mediated hydroxylation. ❋ Daniela Trisciuoglio Et Al. (2010)
