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- Bookedited by Phillip Bennett, Catherine Williamson.Contents:
Structure and function of the genome / Peter Dixon
Clinical genetics / Dorothy Trump
Embryology / Kate Hardy
Fetal and placental physiology / Sailesh Kumar
Applied anatomy / Sarah Paterson-Brown
Pathology / Neil Sebire
Microbiology and virology / Geoffrey Ridgway & Paul Taylor
Immunology / Andrew George
Biochemistry / Fiona Lyall
Physiology / David Williams, Anna Kenyon & Dawn Adamson
Endocrinology / Mark Johnson
Drugs and drug therapy / Hassan Shehata
Physics / David Talbot
Statistics and evidence-based health care / Louise Brown
Clinical research methodology / Andrew Shennan & Annette Briley
Multiple choice questions.Digital Access ScienceDirect 2010 - ArticleDonini P, Santonastaso V, Roche J, Cozzone AJ.Mol Biol Rep. 1978 Feb 28;4(1):15-9.A relA+ strain of E. coli with four amino acid requirements was starved separately for each amino acid, after which the levels of polysomes, guanosine-5'-diphosphate-3'-diphosphate and the residual net synthesis of RNA were determined. The polysome level and guanosine-5'-diphosphate-3'-diphosphate production were coordinately affected by starvation for the different amino acids, whereas no correlation was found between these two parameters and residual RNA synthesis. The main conclusion stemming from these results is that guanosine-5'-diphosphate-3'-diphosphate cannot act as the sole effector molecule in stringent control of RNA synthesis.