List
start new line- will increase list to 14 SLOs
List
start new line- will increase list to 14 SLOs
T4.
Because of the similarity between TSH and a hormone that increases in pregnancy (human chorionic gonadotropin, hCG), a temporary gestational hyperthyroidism may develop with increasing hCG levels during pregnancy causing a thyrotoxicosis (discussed below).
Figure 14.
same comment as earlier- TPO is located on the membrane. This figure 14 is also based on Figure 5, so if Fig 5 is changed, Figs 10 and 14 could also be changed.
fluids).
While methimazole and propylthiouracil (PTU) both block thyroid hormone synthesis by inhibiting the PTO enzyme, PTU also inhibits peripheral T4 deiodination to active T3 so is used when a significant reduction in circulating thyroid hormone is required, as in a thyroid storm.
Table 5.
to be consistent with text, change to "Graves' disease" and add "gestational thyrotoxicosis" to the other causes of hyperthyroidism
Figure 12.
Why is there a question mark in a box below the figure?
immunoglobulin (TSI)
... or thyroid stimulating immunoglobulin, TSI)
destruction
autoimmune destruction of the pituitary (hypophysis) (lymphocytic hypophysitis)
Figure 10.
Fig 10 does not show methimazole inhibiting TPO which is the drug target. This detail would connect this discussion with the one illustrated in Figure 5. If Figure 5 is redrawn as suggested, Fig 10 could also be redrawn, as it is based on Figure 5 information.
effect) .
remove space
problem
problem,
Causes of increased TBG and high total T4:Estrogens (e.g. pregnancy, birth control pills) Congenital X-linked disorder causing elevated TBG levelsCauses of decreased TBG and low total T4:GlucocorticoidsProtein loss: malnutrition, wasting, liver failure, nephrotic syndrome
paragraph duplicates Table 3. Remove.
hyper
hyper- and
thyroxine
(T4)
globulin)
...globulin, a carrier protein that binds to thyroid hormone in the blood.
reciprocal
reciprocal
is
and also
receptor
heterodimeric receptor
superfamily
"nuclear receptor" superfamily
rT3
and other inactive metabolites
iodine
iodide
intra-cellular
intracellular
the organification process
the uptake of iodide via the sodium/iodide symporter, resulting in reduced organification and synthesis of thyroid hormone, a phenomenon...
is
as
pituitary
anterior pituitary
thyroglobulin
"thyroglobulin by the apical plasma membrane protein thyroid peroxidase (TPO)," (Figure 5 is incorrect because TPO is on the plasma membrane, so it probably should be redrawn. However if it isn't redrawn, adding the above phrase may help with confusion over its location. If the figure 5 is redrawn, pendrin can be added on the membrane where iodide (add a negative charge on iodide I-) crosses the membrane to the colloid.)
iodine transport
iodide transport via pendrin protein,
It is synthesized in the follicular cells of the thyroid and stored in the colloid space.
Thyroglobulin is synthesized in the thyroid follicular cells and moved via exocytosis to the colloid space where it is stored. Iodide is moved from the follicular cell to the colloid via the anion transporter protein Pendrin. (Mutations in the pendrin gene can cause Pendred syndrome, with deficiencies in hearing and thyroid function).
thyroglobulin and the newly formed T4 and T3
iodinated thyroglobulin with the newly formed T4 and T3 residues.
two DIT molecules to form a T4 molecule, and that of DIT and MIT to form a T3 molecule.
a monoiodo- or diiodotyrosine side chain to DIT residues within thyroglobulin, to form a T3 or T4 residue in thyroglobulin, respectively.
modified
iodinated
(DIT)
(DIT) within thyroglobulin.
linked to thyroglobulin
remain part of the thyroglobulin protein at this point.
a
a sodium gradient resulting from the action of a
(Figure 4)
rotate figure 90o counterclockwise and enlarge to allow visibility of structure labels (can't see T3 vs T4 very well)
calcium
calcium and phosphate
the colloid fluid
an acellular, amorphous gel-like colloid that changes its density depending on the activity of the thyroid. The colloid portion of the thyroid contains nascent....
(Fig 1)
Are the labels on the figure inappropriately shifted to the right?
< .005%
(< 0.005% of general population). Acquired nephrogenic DI may present in patients on long term lithium therapy, e.g., for bipolar disorder.
release
releases
(ADH)
(ADH) action. (Adding the word "action" covers ADH deficiency in pituitary DI as well as nephrogenic DI from vasopressin receptor (AVPR2) deficiency, and aquaporin (AQP2) deficiency.)
vasopressin
(aka, antidiuretic hormone, ADH)
insulin
with insulin in an "insulin tolerance test." (later in the chapter, this test is referred to in name, so the name should be given here.)
will be shown
as discussed
the
that
so prolactin may be elevated in primary hypothyroidism.
change to: "so prolactin may be elevated in primary hypothyroidism if the lack of thyroid hormone feedback inhibition causes elevated TRH." (They didn't have thyroid yet, so the connection between low TH causing high TRH needs to be made here for them.)
hormone
(TRH)
acromegaly.
Add: "Over-the-counter growth hormone may be used by body builders and athletes with the intention of increasing muscle mass; however the efficacy and long term effects are controversial." (Reword as you wish if you want to include this application- probably good for them to know people use this OTC, but I don't know if there is good data for its value.)
use
used
tumor
pituitary tumor
Levels
GH levels
sugar
glucose
this phenomenon is displayed
as shown in the bottom image.
levels
GH levels
sugar
glucose
Figure 5.
explain what "TH" is on the graph. Maybe enlarge figure a bit to make it easier to see.
is
are
he/she requires
they require
”,
comma within quotes
her/his
their
per year
is this the prevalence in the US or world-wide?
”.
period within quotes
translocation
GLUT4 translocation to the plasma membrane.
When present in excess, GH excess can cause diabetes mellitus (high blood sugar).
GH excess can cause high blood glucose (hyperglycemia), insulin resistance and diabetes mellitus.
sugar
glucose
sugar
glucose
sugar
glucose
melanin
Stimulates melanin synthesis and other functions
adreno-cortical stimulating hormone
adrenocorticotropin hormone (ACTH)
;
remove semi-colon
Releases ACTH (corticotropin), LPH, and b-endorphin.
Releases ACTH (adrenocorticotropin hormone/corticotropin), beta-endorphin, alpha-melanocyte stimulating hormone, and beta-lipotropin )
“releasing hormones” [aka RH]
(termed releasing hormones (RH) or release inhibiting hormones (RIH))
Somatostatin (SS)
(aka growth hormone release inhibiting hormone, GHRIH)
peptides
hormones (just to be consistent with naming - they are referred to as peptide hormones later)
thyroid hormone releasing hormone (THRH)
thyrotropin releasing hormone (TRH)
Figure 1
It would be easier to see the text if you enlarge this figure.
metabolism
catabolism?
metabolism
catabolism?
metabolism
do you mean hormone catabolism?
measure
measure serum ACTH
Pituitary
anterior pituitary
pituitary
anterior pituitary
trophic hormone
(also commonly called "tropic" hormone)
you
one would
hormone
stimulating hormone produced by the pituitary,
of
absence or underdevelopment of the parathyroid glands
calcium
calcium/phosphate, respectively,
HRH
XRH
XH
XH,
anterior pituitary
endocrine gland
then feed-back
"then causes negative or positive feedback to control..."
only in the adrenal glands
are present predominantly in the adrenal glands and gonads.
bound
"mostly bound" The small percentage of unbound, free hormones are the active form.
pituitary
anterior pituitary
while
such as during pregnancy,
bind
binds
JAK-STAT
Change to "Receptors that activate the JAK-STAT pathway"
and the JAK-STAT pathway
JAK-STAT is not a receptor. Ligands bind to a cell surface receptor and that activates the JAK-STAT pathway. So, this should be removed from that sentence or described separately, such as ..."and the cell surface receptors that activate the JAK-STAT pathway."
.
and they bind intracellular receptors in the "nuclear receptor" family.
.
The rate of clearance of a steroid hormone also affects the total concentration of the hormone in the cell.
catecholamines
catecholamines are not peptide hormones but are derived from an amino acid (tyrosine). Remove catecholamines from this sentence.
polypeptides
polypeptide