Eeob exam 5 - Study guides, Class notes & Summaries

nonpolar endocrines IF covers short distances, endocrines travel in plasma What is the only type of ligand utilizing plasma binding protein? no! brings it TO the cell uber brings you to the store, not into it T or F? does plasma binding protein bring message into cell? nonpolar ligand + intracellular receptor = message transcription which pathway increases or decreases transcription? metabolize receptors (intracellular receptor, cannot be done with membrane bound how could we stop m...

EEOB Midterm Review Questions with 100% Correct Answers | Latest Version 2024 | Verified 1) While reviewing the prior day's material last Wednesday before lecture, you correctly realized that 100 Independence hall would be best compared to the ______ variable and you with your classmates to the ____ variable in our last critical equation - Volume (V), N (# of moles) 3) Which is a correct Statement about the levels of learning in Bloom's Revised Taxonomy? - Possible Answers: -Para...

EEOB 2520 Exam 5 (JUN) Practice Questions and Answers A neuron's membrane potential is critical to its successful function as ____ synaptic neuron because of the need for calcium to enter this neuron. - ANSWER-Pre Neuron B is a presynaptic neuron for Neuron C and a postsynaptic neuron for Neuron A. While Neuron A creates EPSPs, Neuron B creates IPSPs. If we ____polarize the axon of Neuron A, then we will _________ the likelihood of threshold potentials in Neuron C. - ANSWER-Hyper--incre...

EEOB 2520 Midterm Exam Practice Questions and Answers Neurotransmitters can be combined with ____ because, unlike ___, these two both ____ A. Endocrines - paracrines - travel to distant effectors B. Endocrines - paracrines - are released by only neurons or glands C. Paracrines - endocrines - utilize the same pathway of the plasma D. Paracrines - endocrines - travel to nearby effectors - ANSWER-Paracrines - endocrines - travel to nearby effectors Considering our critical equations for phy...

EEOB 2520 Exam 4 Practice Questions and Answers The graded potentials starting each myelinated section of axon ( i.e, end of each node) are ___ in size. The first action potentials at the start of each node (i.e, just after a myelinated section) are ___ in size. - ANSWER-Identical - identical During an action potential, when the sodium channels inactivate, the chemical gradient for potassium is in the ___ direction as potassium's electrical gradient. At this point, we are told that pota...