Titlebook: Cytotoxic, Mutagenic and Carcinogenic Potential of Heavy Metals Related to Human Environment; Nick D. Hadjiliadis Book 1997 Springer Scien

草本植物

Pathways in the Chromium(VI)-Mediated Formation of DNA Lesions: A Reviewn cells with chromium(VI). The finding that chromium(VI) itself is unreactive towards DNA [13, 14] has prompted research into the reductive conversion of chromium(VI), ultimately to chromium(III), as a crucial step in the formation of DNA lesions.

高歌

Perinatal Effects of Metals and Cancer in Offspringto lead [5] and methylmercury [6]. In addition, over the last several years, evidence has been accumulating from both epidemiological and experimental investigations that perinatal exposure to metals may result in a later increase in risk for cancer. This evidence is reviewed here.

daredevil

誘拐

逃避責任

Gary Phillips,Donald J. Scellator of metal-induced promutagenic DNA damage are particularly strong for two most powerful human metal carcinogens, nickel and chromium. However, without excluding various pathogenic effects caused by non-redox interactions, oxidative damage tends to take the leading role in explaining the mechanisms

affect

確定方向

Gary Phillips,Donald J. Scellatowhile others are more general. In certain cases, the direct recognition signals, conferred by specific metal-binding sites on cell membranes, can result in signal transduction reactions in specific organs. A number of metals, particularly from industrial sources, are non-essential and are toxic to c

figurine

https://doi.org/10.1007/978-1-4613-2535-2roid hormone increases gastrointestinal aluminum absorption on rats and changes its tissue distribution: increases aluminum levels in bones, kidney, muscle and the gray matter of brain. (d) Toxid effects of aluminum have been observed in a variety of organisms i.e. bacteria, a number of protozoa, in

committed

commodity

Zinc Finger-DNA Interaction: Effect of Metal Replacement, Free Radical Generation and DNA Damage andthe regions and encodes the DNA binding domain. This region is connected to the region of next highest conservation, the E region, by the hinge or D region. The E region constitutes the hormone binding domain. It also contains transactivating and dimerization functions. The DNA binding domain C of t