HPNU 3050 Final Exam (4)
Anatomy of a tooth - ANS-
Anatomy of the tongue - ANS-Superior floor: papillae
inferior floor of tongue attaches to ground of mouth: lingual frenulum
Posteroinferior floor: lingual tonsils
Skeletal muscle and covered by way of stratified squamous epithelium.
Biogenic amines - ANS-small molecules made by means of altering the structure of an amino
acid
Corticotroph secretes - ANS-ACTH
Define endocrine glands - ANS-Ductless organs that secrete hormones into the bloodstream
Define Retroperitoneal - ANS-situated or occurring in the back of the peritoneum
Digestion (mechanical and chemical) of carbohydrates takes place in which? - ANS-The
stomach
ES vs NS: Target of stimulation - ANS-NS: Other neurons, muscle cells, and gland cells
ES: Any cellular inside the body with a receptor for the hormone
ES vs. NS: Communication method - ANS-NS: A nerve impulse reasons neurotransmitter
launch from a neuron into a synaptic cleft
ES: Endocrine glands secrete hormones into blood; hormones are transported within the blood
to goal cells in the frame
ES vs. NS: Duration - ANS-NS: Short-term
ES: Long-term
ES vs. NS: Range of effect - ANS-NS: localized, precise outcomes
ES: considerable, all through the body
ES vs. NS: Response time - ANS-NS: Rapid response time
Anatomy of a tooth - ANS-
Anatomy of the tongue - ANS-Superior floor: papillae
inferior floor of tongue attaches to ground of mouth: lingual frenulum
Posteroinferior floor: lingual tonsils
Skeletal muscle and covered by way of stratified squamous epithelium.
Biogenic amines - ANS-small molecules made by means of altering the structure of an amino
acid
Corticotroph secretes - ANS-ACTH
Define endocrine glands - ANS-Ductless organs that secrete hormones into the bloodstream
Define Retroperitoneal - ANS-situated or occurring in the back of the peritoneum
Digestion (mechanical and chemical) of carbohydrates takes place in which? - ANS-The
stomach
ES vs NS: Target of stimulation - ANS-NS: Other neurons, muscle cells, and gland cells
ES: Any cellular inside the body with a receptor for the hormone
ES vs. NS: Communication method - ANS-NS: A nerve impulse reasons neurotransmitter
launch from a neuron into a synaptic cleft
ES: Endocrine glands secrete hormones into blood; hormones are transported within the blood
to goal cells in the frame
ES vs. NS: Duration - ANS-NS: Short-term
ES: Long-term
ES vs. NS: Range of effect - ANS-NS: localized, precise outcomes
ES: considerable, all through the body
ES vs. NS: Response time - ANS-NS: Rapid response time
