Examlex
The "universal recipient" blood type is
Membrane Excitability
Membrane excitability refers to the ability of nerve and muscle cells to produce a rapid change in their membrane potential, crucial for the generation and propagation of electrical signals.
Electric Charges
Electric charges are the physical properties of particles that cause them to attract or repel each other, based on the principle that like charges repel and opposite charges attract.
Nerves
Bundles of fibers that transmit electrical impulses between the brain, spinal cord, and other parts of the body, facilitating communication and responses.
Electromyography (EMG)
The insertion of needles into selected skeletal muscles for the purpose of recording nerve conduction time in relation to muscle contraction.
Q52: Name the parts of the heart conduction
Q84: A person with no antigens on the
Q96: Part of the axon that releases neurotransmitters<br>A)Dendrite<br>B)Axon<br>C)Astrocyte<br>D)Microglia<br>E)Schwann
Q98: About one third of the heart lies
Q102: Most of the free nerve endings are
Q110: Exocrine glands can also release hormones.
Q145: The terms "cardiac output" and "stroke volume"
Q148: Innermost layer of the eye<br>A)Sclera<br>B)Cornea<br>C)Retina<br>D)Rods<br>E)Cones<br>F)Iris<br>G)Pupil<br>H)Choroid<br>I)Conjunctiva<br>J)Lens
Q160: Steroid hormones may also trigger membrane receptors
Q172: When blood plasma enters a lymph node