We hope you’ve been studying up on what you’ve learned on Anatomy so far, because it’s time to see if you’ve been paying attention in class. What have you learned about elements like the nervous system and the different hormones? Find out in this Anatomy II Quiz 1!
ACTH
Prolactin
FSH
Growth hormone
TSh
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Amino acid derivatives
Peptides
Eicosanoids
Steriods
All of the above
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Testosterone
LH
Inhibin
FSH
Progesterone
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Blood level of an ion like potassim
Blood level of glucose
Nervous stimuli
Blood level of hormone
Any of the above
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FSH
LH
ACTH
TSH
GH
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Release their secretions directly into body fluids
Are a type of nerve cells
Are modified connective-tissue cells
Release their secreations into epithelial surface
Contains new vesicles
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Quantities of enzymes
Synthesis of enzymes
Activities of enyzmyes
Gating ion channel
Any of the above
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Leukemia
Polycythemia
Anemia
Leukopenia
Thrombocytopenia
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Rickets
Diabetes insipidus
Acromegally
Gigantism
Dwarfism
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Oxytocin
Thyroxine
Calcitonin
Glucagon
Parathyroid hormone
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ACTH
FSH
TSH
MSH
ADH
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FSH
LH
Melatonin
Melanin
MSH
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Neutrophil
Monocyte
Basophil
Lymphocyte
Platelet
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Catecholamines
Peptide hormones
Eicosanoids
Thyroid
A,b,and c
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Pancreas
Suprerenal glands
Hypothalamus
Thymus gland
Thyroid gland
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Hypoparathyroidism
Hyperthyroidism
Hypothyroidism
Hyperparathyroidism
Being a turtle on ice
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LH
TSH
GH
ACTH
FSH
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FSH
MSH
TSH
STH
ADH
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Altering ion concentraions and pH in the anterior pituitary
Secreating releasing and inhibiting factors into a tiny portal system
Indirect osmotic control
Direct neural stimulation
Gap synaptic junctions
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Thyroid
Growth hormone
Calcitriol
Insulin
All of the above
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The intestines
The spleen.
Red bone marrow.
Yellow bone marrow.
The thymus.
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Ther liver
Red bone marro
Yellow bone marrow
Lymphiod tissue
The spleen
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Communicate by the release of neurotransmitters
Function independently
Respond with motor output
Respond to rapidly to stimuli
Responds specifically to stimuli
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Growth hormone
Thyroid hormone
Glucagon
Insulin
Parathyroid hormone
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Composed of amino acids
Chemically related to cholesterol
Derived from the amino acid tyrpsine
Prodices by the suprarenal glands
Lipids
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Hepatic
Body
Muscular
Cardiovascular
Endocrine
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4 months.
Many years.
1 month.
About 1 year.
24 hours.
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Shape of RBC's
Sixe of RBC's
Chemical character of the hemoglobin
Presence of specific glycoproteins on the cell membrane
Volume of RBC's
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Thymosin
Somatotropin
Parathormone
Cortisol
Aldosterone
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Neutrophil
Lymphocyte
monocyte
eosinophil
Basophil
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ANP
BNP
Thymosin
Thyroxine
Both A and D
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Built-in system for clotting.
Viscosity about the same as water.
Deep red color from hemoglobin.
Temperature of approximately 38 degrees Celsius.
PH of 7.4.
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Proteins.
Gases.
Nutrients.
Ions.
Water.
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Liver
Spleen
Bone marrow
Digestive tract
A B and C
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Neuropeptides;neurohormones
Neurotransmitters;hormones
Neuropeptides;neurotransmitters
Neurotransmiters;neuropeptides
Hormones;neurotransmitters
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Lymphocyte
Eosinophil
Basophil
Monocyte
Erythrocyte
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Androstenedione
Progesterone
Cortisone
Testosterone
Aldosterone
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Eosinophils
Neutrophils
Basophils
Lymphocytes
Monocytes
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FSH and PRL
CRP and GnRH
TSH and FSH
ADH and oxytocin
GHIH and GHRH
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3
16
9
5
7
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Extracellular fluid.
Serum.
Packed blood.
Lymph.
Whole blood.
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Megakaryocytes.
Normoblasts.
) erythroblasts.
Lymphoblasts.
Myeloblasts.
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Atrial natriuretic peptide
Adrenaline
Angiotensin
Cortisol
Erythropoietin
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In the lumen of the thyroid follicle
In pinocytotic vesicles
In apical microvilli
In rough endoplasmic reticulum
In lysosomes
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Hemocytoblast
Myeolid cells
Reticulocytes
Proerythrocytes
Band forms
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Oxytocin
TSH
LH
ADH
ACTH
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Are transported in the blood dissolved in the plasma
Cannot diffuse through the cell membranes
Bind to receptors in the nucleus of their target cells
Are proteins
Remain in circulation for relatively short periods of time
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Oxytocin
FSH
Corticotropin
TSH
Somatotropin
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