Cancer Genes Review Articles
Cancer is a genetic disease;
tumor cells differ from their normal progenitors by genetic alterations that affect growth-regulatory genes. There exist 2 classes of such
cancer genes: the oncogenes, which function as positive growth regulators, and the
tumor suppressor genes, which function as negative growth regulators. Oncogenes are widely conserved among diverse forms of life and are active in transmitting growth signals from the cell periphery to the cell nucleus. These signalling functions can be disturbed by many types of genetic change; the result of an altered growth signal is often cancer.
Tumor suppressor genes have an attenuating effect on
cell growth that is lost as a result of inactivating mutations or deletion of the gene; in DNA virus-transformed cells, it is abrogated by neutralization of the
tumor suppressor protein through a viral gene product.
Tumor suppressor genes were first recognized in inherited cancers; defects in a
tumor suppressor transmitted through the germ line can lead to increased
tumor incidence in the offspring.
Tumor suppressors also play important roles in nonheritable cancer, however; many tumors in humans show defects in
tumor suppressor genes. Most cancers harbor multiple genetic changes in oncogenes as well as
tumor suppressor genes. Oncogenes induce aberrant growth through a gain in function;
tumor suppressor genes contribute to oncogenesis through a loss of function. Both types of
mutation work together to produce
cancer the changes are not constant but increase in number as the
tumor develops from benign to more and more malignant.
High Impact List of Articles
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Using fluorescent probe to study the binding reaction between Streptomycin sulfate and Bovine serum albumin
Ying Guo, Baosheng Liu, Zhiyun Li, Lihui Zhang, Yukai Lu Original Article: BioChemistry: An Indian Journal
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Using fluorescent probe to study the binding reaction between Streptomycin sulfate and Bovine serum albumin
Ying Guo, Baosheng Liu, Zhiyun Li, Lihui Zhang, Yukai Lu Original Article: BioChemistry: An Indian Journal
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Estimation of serum prolactin levels in patients with primary hypothyroidism
Pallab Basu, Santanu Sen, Debasmita Bandyopadhyay, Soma Gupta Original Article: BioChemistry: An Indian Journal
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Estimation of serum prolactin levels in patients with primary hypothyroidism
Pallab Basu, Santanu Sen, Debasmita Bandyopadhyay, Soma Gupta Original Article: BioChemistry: An Indian Journal
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Ruthenium red induced nephrotoxicity: Biochemical and oxidative stress study.
Fermin P.Pacheco-Moises, Elias A.Barba, Oscar K.Bitzer-Quintero, Erandhis D.Torres-Sanchez, Erika D.Gonzalez-Renovato, Ana C.Ramirez-Anguiano, Genaro G.Ortiz Original Article: BioChemistry: An Indian Journal
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Ruthenium red induced nephrotoxicity: Biochemical and oxidative stress study.
Fermin P.Pacheco-Moises, Elias A.Barba, Oscar K.Bitzer-Quintero, Erandhis D.Torres-Sanchez, Erika D.Gonzalez-Renovato, Ana C.Ramirez-Anguiano, Genaro G.Ortiz Original Article: BioChemistry: An Indian Journal
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Protection against cancer by probiotics: Relevant mechanism and in vivo and in vitro evidences between 2002 and 2010
Suna Zhou, Mingxin Zhang, Jiansheng Wang : BioChemistry: An Indian Journal
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Protection against cancer by probiotics: Relevant mechanism and in vivo and in vitro evidences between 2002 and 2010
Suna Zhou, Mingxin Zhang, Jiansheng Wang : BioChemistry: An Indian Journal
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X-Ray Crystallographic Studies On Systemic Fungicide (N-(2,6 Dimethyl Phenyl)-N-(2-Keto-1-Methyl Butyl) 3-Droxypropanamide)
Jyotsna Sengar Original Article: BioChemistry: An Indian Journal
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X-Ray Crystallographic Studies On Systemic Fungicide (N-(2,6 Dimethyl Phenyl)-N-(2-Keto-1-Methyl Butyl) 3-Droxypropanamide)
Jyotsna Sengar Original Article: BioChemistry: An Indian Journal
Relevant Topics in Biochemistry