Editorial Beets , Bacteria , and Blood Flow

Beets , Bacteria and Blood Flow : A Lesson of Three B ' s Running

Beets , Bacteria and Blood Flow : A Lesson of Three B ' s Running title :

[95] endothelium/vascular type/nitric oxide

Beets, bacteria, and blood flow: a lesson of three Bs.

Angiogenesis and its regulation is a crucial physiological response to chronic tissue ischemia causing increased microvessel growth along with collateral arteriolar remodeling to restore blood flow to deprived tissues.1 Vascular occlusion, as seen in coronary and peripheral artery disease, often progresses to chronic tissue ischemia without effective vascular remodeling responses.2 Thus, therap...

Long distance pollen-mediated gene flow at a landscape level: the weed beet as a case study.

Gene flow is a crucial parameter that can affect the organization of genetic diversity in plant species. It has important implications in terms of conservation of genetic resources and of gene exchanges between crop to wild relatives and within crop species complex. In the Beta vulgaris complex, hybridization between crop and wild beets in seed production areas is well documented and the role o...

Studies on analogues of L-cysteine and L-cystine. II. The effect of selenium cystine on Murphy lymphosarcoma tumor cells in the rat.

I HAS frequently beets suggested thatsulfhydryl comupounds may have an imuport-ant role imi cellular n etabo1ismn amid in cell growth and (livisiotu. Tints simlfhydryi (SH) comispoumids have I)een showis to stimumlate misitosis its a wide variety of cells amid tissues. Substances which oxidize SH comnpouticls (SI-I S-S) or coml)imie wit-h SH groimps to inactivate thetis have beets fouuid to inh...