The fields of genomics and proteomics differ in that
A. genomics refers to the study of an organism's entire genome, whereas proteomics is the study of expressed proteins.
B. genomics is the study of an organism's chromosomes and the resulting proteins are studied in the field of proteomics.
C. the field of genomics involves the study of DNA replication and the field of proteomics refers to the study of transcription and translation.
D. genomics is the study of an organism's chromosomes and proteomics is the study of transcription and translation of proteins.
Answer: A
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What is the correct sequence of events in cross-bridge cycling?
A. Myosin cross-bridge binds to actin, the powerstroke moves the thin filament relative to the thick filament, ATP binds to myosin and cross-bridge detachment occurs, ATP is hydrolyzed and the myosin head is "cocked" B. The powerstroke moves the thin filament relative to the thick filament, myosin cross-bridge binds to actin, ATP binds to myosin and cross-bridge detachment occurs, ATP is hydrolyzed and the myosin head is "cocked" C. Myosin cross-bridge binds to actin, ATP is hydrolyzed and the myosin head is "cocked," the powerstroke moves the thin filament relative to the thick filament, ATP binds to myosin and cross-bridge detachment occurs D. Myosin cross-bridge binds to actin, ATP binds to myosin and cross-bridge detachment occurs, the powerstroke moves the thin filament relative to the thick filament, ATP is hydrolyzed and the myosin head is "cocked" E. These events can occur in any sequence without affecting muscle function.
Rods and cones, like most sensory receptors, depolarize open receiving a stimulus.
Answer the following statement true (T) or false (F)
Select the phrases that can be associated with intersexual selection
A. peahens choosing peacocks with greater number of eyespots in their tail feathers B. males fighting males to win a territory C. mate choice D. sexual selection within a sex
The weak, attractive force between water molecules is due to
A. hydrogen bonds. B. peptide bonds. C. glycosidic bonds. D. covalent bonds. E. ionic bonds.