By Robert I. Norman BSc PhD, David Lodwick BSc PhD
This identify is directed basically in the direction of future health care pros open air of the U.S.. THE FLESH AND BONES OF clinical mobile BIOLOGY provides a concise, available account of scientific phone biology. This identify covers all of the key suggestions med scholars desire without gaps. it may be used both as an creation to a subject matter, or as a revision relief. In part 1, the massive photograph evaluation supplies a descriptive assessment of a subject matter. within the excessive Yield part, 50 basic rules underlying an issue are set out. those 50 ideas are elevated into double-page spreads within the 'Fleshed Out' part the place double-page reasons of the most important rules sincerely express what clinical scholars want to know. tricky ideas are depicted by way of cartoon-strip illustrations, which permit speedy realizing and assimilation of information.
- Big photograph part - allows readers to narrate aspect to the topic as a whole
- High go back proof - prevents scholars from having huge gaps of their wisdom. can be utilized as a revision software. Reinforces the main points.
- Cartoon-strip illustrations - permit scholars to imagine tough options in a step by step layout. enable info to be chunked into student-friendly sizes.
- Double-page overviews - scholars can learn precis of subject with no cross-referencing to different pages. All laid out on one spread.
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Additional resources for Flesh and bones of medical cell biology
VIRUSES AND TOXINS Membrane-enveloped viruses and some toxins exploit endocytic pathways to enter cells after binding to receptors in the plasma membrane.
2). Ubiquitin is activated by an ubiquitin-activating enzyme (E1) and then transferred to an active site on ubiquitinconjugating enzyme (E2). Proteins displaying degradation signals are recognized by an accessory protein (E3), which combines with E2 to form ubiquitin ligase. Ubiquitin is then transferred from E2 to a lysine residue on the protein to be degraded. N-terminal residue specifies rapid degradation by proteasome Cap proteins recognize ubiquinated proteins Cylindrical proteasome core structure Arg C Met C ATP Met Arg C ADP Met specifies a slow rate of turnover; its removal speeds turnover Fig.
Proteasomes Regulated proteolysis is carried out by an abundant, large complex of proteolytic enzymes called the proteasome (Fig. 1), a large hollow cylinder composed of four rings of seven subunits. A number of these subunits are proteases and their active sites face into the chamber of the cylinder. A large protein cap or gate is associated with each end of the cylinder. The proteasome is responsible for recognition and unfolding of proteins targeted for destruction. Energy for protein unfolding is supplied from ATP hydrolysis by a number of ATPases in the cap complex.
Flesh and bones of medical cell biology by Robert I. Norman BSc PhD, David Lodwick BSc PhD