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Четверг, 31 Марта 2011 г. 16:56 (ссылка)
Победят ли (молчаливо) Дмитрий Медведев и Владимир Путин (борцы с Михаилом Ходорковским) Ферромагнитную Теорию-2006 Канцерогенеза?
Wiley, Mitosis, Cancer and Ferromagnetic Theory of Cancer
Wiley is a Global Publisher of print and electronic products, specializing in scientific, technical, and medical books and journals; professional and consumer books and subscription services; and textbooks and other educational materials for undergraduate and graduate students as well as lifelong learners [http://eu.wiley.com/WileyCDA/Section/id-302198.html]. Wiley Online Library hosts the world's broadest and deepest multidisciplinary collection of online resources covering life, health and physical sciences, social science, and the humanities. It delivers seamless integrated access to over 4 million articles from 1500 journals, almost 10,000 online books, and hundreds of reference works, laboratory protocols and databases [http://onlinelibrary.wiley.com/]. International Journal of Cancer. Aneuploidy, an abnormal number of chromosomes, is relatively common in cancer development. Tumorigenesis: high frequency of chromosomal abnormalities, number instability and genetic mutations. Genomic instability exists at 2 different levels, the nucleotide sequence level, resulting in base substitutions (NIN) or deletions or insertions of a few nucleotides (MIN), and the chromosome level (CIN), resulting in loss or gain of whole chromosomes or chromosomal regions. Mechanisms responsible for maintaining chromosome number stability, many of which are involved in ensuring the equal segregation of replicated chromosomes into 2 daughter cells during mitosis? We attempted to identify specific molecular mechanisms implicated in cellular responses to DNA damage, genetic abnormalities which are correlated with advanced pathological/clinical manifestations. Instead of being a single-gene disease, cancer arises from aberrations in a complex, interconnected network regulated by multiple oncogenes. Given that aberrant mitosis is a critical step in cancer development and given the ubiquity of aneuploidy in human cancers, it is reasonable to propose a hypothesis linking genes participating in chromosomal segregation with tumorigenesis [http://onlinelibrary.wiley.com/doi/10.1002/ijc.20855/full]. Gastric cancer of intestinal type, the presence of atypical mitosis [http://onlinelibrary.wiley.com/doi/10.1111/j.1349-7006.1993.tb00165.x/abstract]. Neoplasm and mitosis [http://www.kosmix.com/topic/Mitosis]. Harold Varmus, M.D., Director of the NCI received Nobel Prize for studies of the genetic basis of cancer [http://www.cancer.gov/aboutnci/director]. Mitosis is the process by which a single parent cell divides to make two new daughter cells [http://www.cancer.gov/dictionary/?CdrID=44766]. Each cell in the human body contains two sets of 23 chromosomes. Mitosis identically replicates this information [http://www.scribd.com/doc/6496410/Cells-Mitosis-and-Cancer]. Cancer occurs when mitosis loses control. Cancer is essentially a disease of mitosis because the normal characteristics are ignored by the cancer cell. Cancer is a genetic disease in which a cell starts to divide uncontrollably due to a damaged gene that regulates cell growth. In the disease known as cancer, a cell divides rapidly and out-of-control. Cancer is the disease of mitosis, when there is an extreme disruption in the mechanisms that control the cell cycle. Cancer is essentially a disease related to mitosis, involving uncontrollable cell reproduction [http://www.newworldencyclopedia.org/entry/Mitosis]. Cancer is essentially a disease of mitosis - the normal 'checkpoints' regularing mitosis are ignored or overriden by the cancer cell. Cancer cells are frequently immortal. Cancer cells often have unusual numbers of chromosomes or mutations in chromosomes. Normal errors in DNA replication can lead transformation of the cell if they occur in a crucial gene. Cancer cells may also have an abnormal cell surface; instead of "sticking" to its neighboring cells, cancer cells tend to "round up" and break attachments its neighbors cells. Cancer cells ignore the usual density-dependent inhibition of growth in cell culture (or in body tissues), multiplying after contact with other cells are made, piling up until all nutrients are exhausted. Normal cells stop dividing when they become crowded because mitosis is inhibited when cells contact nearby cells. Cancer cells continue to divide and produce a mass of cells called a tumor. Damaged or mutated DNA may result in uncontrolled cell growth. The lamina is a membranous barrier surrounds organs and blood vessels. Normally, cells cannot penetrate this barrier and therefore cannot invade neighboring tissues and organs. Cancer cells have the ability to penetrate the lamina. Cancer cells are able to invade and destroy neighboring tissue. Normal cells cling to neighboring cells, cancer cells do not. Normally, cells become differentiated and become capable of specific functions. Cancer cells are not specialized. Cancer cells frequently have extra copies of certain genes, a phenomenon called gene amplification. Unregulated cell growth: cells no longer exhibit density-dependent (contact) inhibition.
Cancer is intracellular ferromagnetic infection. Any cell is society of dia-, para-, ferri- and ferromagnetic nano-objects. Normal cell is cell with non-numerous ferromagnetic nano-objects (contaminants). Tumor cell is cell with numerous ferromagnetic nano-objects (contaminants). Any cell can: 1) acquire ('swallow') ferromagnetic contaminants; 2) synthesize ferromagnetic contaminants independently. Atoms of iron can create para-, ferri- and ferromagnetic contaminants. Each ferromagnetic contaminant (crystalline substance of iron origin) is little magnet with local magnetic field (with local elastic force, with N-pole and S-pole). DNA is moving negative-charged nano-crystal that creates local magnetic field. Magnetically (non-chemically), ferromagnetic contaminants: 1) can anarchically attack DNA (multiple errors in DNA) and chromosomes (shifts and confusion); 2) can deform/uglify mitoses (genetic material stops to be distributed properly, chromosomes don’t disperse but tear); 3) can change cell properties (sphericity, elasticity); 4) can ‘increase’ thickness and penetration of membrane of the cell; 5) can strengthen cytoskeleton; 6) can create phenomenon of infringement of rule of contact inhibition of cell-division; 7) can suppress enzymes by deficiency of atomic (ionic, free) iron and neutralize lysosomes (suicide bags) [immortality of cancer cells]. Clinically, Ferromagnetic Theory of Cancer proposes non-complicated Biblical anti-iron methods: 1) ceramic (non-metallic) needles must suppress tumors and big metastases (H2S-water, sulfur and water, sulfur and olive-oil) [http://www.mesorfa.org/oncologist/]; 2) slow blood loss (even 75%, hemoglobin control); 3) non-iron and anti-iron (goat's milk, etc.) nutrition. These methods can convert tumors and big metastases to non-dangerous infiltrations. These methods can destroy micro-metastases. Wiley Online Library gives valuable online resources for Ferromagnetic Theory of Cancer (Carcinogenesis, Oncogenesis, Tumorigenesis) [Iron Conception] http://www.knowledgerush.com/kr/jsp/db/board.jsp?id=77789
Tigran H. & V. Shapoval http://www.tutuz.com/ South Carolina, USA
Indian Institute of Technology and Ferromagnetic Theory of Cancer http://www.tutuz.com/indian-institute-technology-ferromagnetic-theory-cancer/
Cancer Research UK, DKFZ, Free Radicals and Ferromagnetic Theory of Cancer [http://www.tutuz.com/?p=2119]; 2099; 2079; 2045; 2009; 1978; 1948; 1894; 1815; 1787; 1711; 1698; 1689; 1682; 1669; 1663; 2055; 1841; 1652; 1644; 1623; 1582; 1558; 1531; 1510; 1489; 1466; 1445; 1419; 1380; 1351; 1315; 1305; 1278; 1249; 1241; 1235; 1212; 1202; 1197; 1171; 1166; 1161; 1155; 1148
CANCER and MITOSIS.
[http://images.search.yahoo.com/search/images?_adv_prop=image&fr=yfp-t-701&va=mitosis+of+cancer+cells]
[http://www.horton.ednet.ns.ca/staff/jfuller/selig/handouts/bio12/cellrepro/cancermitosis.pdf]
[http://wiki.answers.com/Q/HOW_are_CANCER_and_MITOSIS_related]
[http://mrhartansscienceclass.wordpress.com/2009/01/17/mitosis-cancer-and-the-140lb-tumor/]
[http://faculty.clintoncc.suny.edu/faculty/Michael.Gregory/files/Bio%20100/Bio%20100%20Lectures/Cancer/cancer.htm]
[http://www.biology.iupui.edu/biocourses/N100/2k4ch8mitosisnotes.html]
[http://www2.bc.cc.ca.us/jfulks/Bio%2032_mitosis_and_cancer.htm]
[http://www.knowledgerush.com/kr/encyclopedia/Ferromagnetism/]
http://www.liveinternet.ru/users/zzyzx_zzyzx/post146644400/