Question 1
Question
Drag and drop the correct answers to describe the anatomy of the pituitary gland.
Answer
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Paraventricular nucleus
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Supraoptic nucleus
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Neurosecretory cells
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Optic chiasm
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Median eminence
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Infundibular stem
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Hypophyseal portal vein
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Pars tuberalis
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Pars distalis
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Pars nervosa
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Neurohypophysis
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Adenohypophysis
Question 2
Question
What is the posterior pituitary also known as?
Answer
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Neurohypophysis
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Adenohypophysis
Question 3
Question
What is the anterior pituitary gland also known as?
Answer
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Anterior pituitary
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Posterior pituitary
Question 4
Question
Which part of the pituitary gland do the paraventricular nuclei project to?
Answer
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Posterior pituitary/neurohypophysis
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Anterior pituitary/adenohypophysis
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Posterior pituitary/adenohypophysis
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Anterior pituitary/neurohypophysis
Question 5
Question
Where would you find the paraventricular and supraoptic nuclei?
Question 6
Question
Which part of the pituitary gland do the supraoptic nuclei project to?
Answer
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Posterior pituitary/neurohypophysis
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Anterior pituitary/adenohypophysis
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Posterior pituitary/adenohypophysis
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Anterior pituitary/neurohypophysis
Question 7
Question
Which part of the pituitary gland is formed of an infundibular stem and the pars nervosa?
Question 8
Question
Which part of the pituitary gland is formed of the pars distalis and pars tuberalis?
Question 9
Question
Which part of the pituitary gland mainly secretes ADH and oxytocin?
Question 10
Question
Which part of the pituitary gland secretes prolactin, TSH, ACTH, FSH, LH etc?
Question 11
Question
What do the neurosecretory cells of the pituitary gland release hormones in response to?
Answer
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Depolarisation
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Hyperpolarisation
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Other hormones binding
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Change in blood pH
Question 12
Question
What is the function of the Herring bodies found in the terminal ends of the axons of the posterior pituitary glands?
Question 13
Question
Where will you find pituicytes?
Question 14
Question
Drag and drop the correct answers to describe the method of release of hormones by the posterior pituitary gland.
1. [blank_start]Pre-hormones[blank_end] are synthesises in the cell bodies of neurons in the [blank_start]hypothalamus[blank_end].
2. These pre-hormones are cleaved to yield the [blank_start]functional[blank_end] hormone bound to [blank_start]neurophysin[blank_end].
3. The hormones are transported down the [blank_start]axons[blank_end] to the axon terminals.
4. Hormones are stored in [blank_start]Herring bodies[blank_end] at the termini.
5. Hormones are released into [blank_start]fenestrated capillaries[blank_end] upon stimulation of cell bodies in the hypothalamus.
Answer
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Pre-hormones
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hypothalamus
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functional
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neurophysin
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axons
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Herring bodies
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fenestrated capillaries
Question 15
Question
In the anterior pituitary/adenohypophysis we have acidophils and basophils. Why are acidophils called acidophils?
Question 16
Question
Why are basophils called basophils?
Question 17
Question
Growth hormone and pro-lactin are secreted by which type of cell in the adenohypophysis?
Answer
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Acidophils
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Basophils
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Chromophobes
Question 18
Question
TSH, ACTH, FSH and LH are secreted by which cells of the anterior pituitary/adenohypophysis?
Answer
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Acidophils
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Basophils
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Chromophobes
Question 19
Question
Which of the following act as the stem cells for the pars distalis?
Answer
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Chromophobes
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Acidophils
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Basophils
Question 20
Question
Melanocyte-stimulating hormone (MSH) is released by the cells of which part of the anterior pituitary/adenohypophysis?
Answer
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Pars intermedia
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Pars distalis
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Pars tuberalis
Question 21
Question
Drag and drop the correct answers to describe the regulation of secretion of hormones from the anterior pituitary gland.
1. The [blank_start]neuroendocrine[blank_end] cells of the [blank_start]hypothalamus[blank_end] project to the [blank_start]median eminence[blank_end].
2. These cells discharge into the capillaries of the [blank_start]pituitary portal vessels[blank_end].
3. The hormones they release either stimulate or inhibit the release of [blank_start]hormones[blank_end] from the anterior pituitary.
Answer
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neuroendocrine
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hypothalamus
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median eminence
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pituitary portal vessels
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hormones
Question 22
Question
How many lobes does the thyroid gland have?
Question 23
Question
The thyroid gland's lobes are connected by a midline isthmus.
Question 24
Question
Where will you find the isthmus of the thyroid gland?
Answer
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Between the 2nd and 4th tracheal rings
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Between the 2nd and 3rd tracheal rings
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Between the 4th and 5th tracheal rings
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Between the 1st and 3rd tracheal rings
Question 25
Question
The cuboidal epithelial cells of the thyroid gland are arranged around a central cavity to form what?
Answer
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A follicle
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A fascicle
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A lumen
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A pit
Question 26
Question
What do the cuboidal epithelial cells of the thyroid gland secrete?
Answer
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Thyroglobulin
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Calcitonin
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Parathyroid hormone
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TSH
Question 27
Question
The lumen of the follicles of the thyroid gland is filled with thyroglobulin.
Question 28
Question
C-cells/parafollicular cells are found at the junctions between follicles of the thyroid gland. What do they secrete?
Answer
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Calcitonin
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Thyroglobulin
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TSH
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Parathyroid hormone
Question 29
Question
Calcitonin stimulates calcium mobilisation from bone.
Question 30
Question
How does the thyroid gland produce and release thyroxine?
Question 31
Question
Drag and drop the correct answers to describe the release of thyroxine by the thyroid gland.
1. The thyroid [blank_start]follicular[blank_end] cells take up [blank_start]iodide[blank_end].
2. Iodide is oxidised to [blank_start]iodine[blank_end].
3. Iodine covalently attaches to [blank_start]tyrosine[blank_end] residues of [blank_start]thyroglobulin[blank_end] within the lumen of the follicle.
4. Iodinated thyroglobulin is broken down in [blank_start]lysosomes[blank_end] to [blank_start]thyroxine[blank_end].
5. Thyroxine is released into surrounding [blank_start]capillaries[blank_end].
Answer
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follicular
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iodide
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iodine
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tyrosine
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phenylalanine
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tryptophan
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thyroglobulin
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thyroxine
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lysosomes
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the Golgi
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the nucleus
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capillaries
Question 32
Question
Drag and drop the correct answers to describe the anatomy of the thyroid gland.
Answer
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Epiglottis
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Isthmus
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Right lateral lobe
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Left lateral lobe
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Left subclavian artery
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Trachea
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Aorta
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Right subclavian artery
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Common carotid artery
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Thyroid cartilage
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Hyoid bone
Question 33
Question
Drag and drop the correct answers to describe the histology of the thyroid gland.
Question 34
Question
Where are the parathyroid glands found?
Answer
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Embedded in the posterior border of the thyroid
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Embedded in the anterior border of the thyroid
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Either side of the thyroid
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Just above the thyroid
Question 35
Question
How many parathyroid glands do we normally have?
Question 36
Question
The parathyroid glands are around the size of a pea.
Question 37
Question
What does parathyroid hormone do?
Answer
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Stimulate calcium mobilisation from bone
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Inhibit calcium mobilisation from bone
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Stimulate the thyroid gland
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Stimulate the adrenal medulla to secrete adrenaline
Question 38
Question
The chief cells of the parathyroid gland are arranged in irregular cords around capillaries.
Question 39
Question
Which suprarenal gland is described as having a crescent shape, whilst the other has a pyramidal shape?
Answer
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Left suprarenal gland
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Right suprarenal gland
Question 40
Question
The medulla and cortex of the suprarenal glands have differing embryological origins.
Question 41
Question
Which is the correct order of structures in the suprarenal gland from outermost to innermost?
Answer
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Capsule, zona glomerulosa, zona fasciculata, zona reticularis, medulla
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Medulla, zona reticularis, zona fasciculata, zona glomerulosa, capsule
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Capsule, medulla, zona glomerulosa, zona fasciculata, zona reticularis
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Capsule, zona reticularis, zona fasciculata, zona glomerulosa, medulla
Question 42
Question
Drag and drop the correct answers to label the histologies of the cortex of the adrenal gland.
Answer
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Zona glomerulosa
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Zona fasciculata
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Zona reticularis
Question 43
Question
To remember what the different layers of the adrenal cortex secrete, we use the acronym GFR ACT. Fill in the blanks to describe what each layer secretes.
The first layer is the zona G[blank_start]lomerulosa[blank_end]. It secretes A[blank_start]ldosterone[blank_end] and other mineralocorticoids.
The second layer is the zona F[blank_start]asciculata[blank_end]. It secretes C[blank_start]ortisol[blank_end] and other glucocorticoids.
The third layer is the zona R[blank_start]eticularis[blank_end]. It secretes T[blank_start]estosterone[blank_end] and other sex steroid hormones.
Answer
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lomerulosa
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ldosterone
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asciculata
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ortisol
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eticularis
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estosterone
Question 44
Question
Which of the following regulate the zona glomerulosa?
Answer
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Renin and angiotensin
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ACTH
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Oestrogen
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ADH
Question 45
Question
Which of the following regulates the zona fasciculata of the suprarenal gland?
Answer
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ACTH
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Renin and angiotensin
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ADH
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Oestrogen
Question 46
Question
Which of the following regulates the zona reticularis of the suprarenal gland?
Answer
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ACTH
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Oestrogen
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Renin and angiotensin
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ADH
Question 47
Question
Which branch of the nervous system acts upon the adrenal medulla?
Answer
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Sympathetic
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Parasympathetic
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Somatic
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Enteric
Question 48
Question
Which neurotransmitter stimulates the adrenal medulla?
Answer
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Adrenaline
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Acetylcholine
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Glutamate
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Dopamine
Question 49
Question
Drag and drop the correct answers to describe the layers of the suprarenal gland.
Answer
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Cortex
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Medulla
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Medulla (histology)
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Zona reticularis
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Zona fasciculata
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Zona glomerulosa
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Capsule
Question 50
Question
What do the alpha cells of the islets of Langerhans secrete?
Answer
-
Insulin
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Glucagon
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Somatostatin
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Pancreatic peptide
Question 51
Question
What do the B cells of the islets of Langerhans secrete?
Answer
-
Insulin
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Glucagon
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Somatostatin
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Pancreatic polypeptide
Question 52
Question
What do the theta cells of the islets of Langerhans secrete?
Answer
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Insulin
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Glucagon
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Somatostatin
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Pancreatic polypeptide