「insulin」の共起表現(1語右で並び替え)

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共起表現

「insulin」の共起表現一覧(1語右で並び替え)

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ce 1935, metrazol, an epileptogenic drug, and	insulin, a hormone, were in wide use in many countrie
cogen storage levels, and this indicates that	insulin activates glycogen synthase by inhibiting its
eam by the β-cells of the pancreas along with	insulin, after a meal.
ased at low temperature and a special form of	insulin allows for this extra glucose to enter the ce
Like	insulin, amylin is deficient in individuals with diab
vo Nordisk hopes to begin marketing the novel	insulin analog in 2013.
An	insulin analog is an altered form of insulin, differe
Drug Administration (FDA) refers to these as "	insulin receptor ligands", although they are more com
catabolic hormone that opposes the effects of	insulin and amylin.
This can change the potency of the	insulin, and it would no longer be as effective.
e-1 diabetes mellitus, the disease-associated	insulin- and GAD65-specific T cells isolated from the
It followed earlier reports combining	insulin and vasopressin analogues in the diagnosis of
nt linker between the A- and the B- chains of	insulin and facilitates the efficient assembly, foldi
e primary regulators of this are the hormones	insulin and glucagon, which affect the enzyme through
human serum albumin, human transferrin, human	insulin, and chemically defined or human lipids.
chemist who participated in the sequencing of	insulin, and became Austria's first university profes
AMPA iGluRs modulate the secretion of	insulin and glucagon in the pancreas, opening the pos
ceptor gamma (PPAR-γ), a central regulator of	insulin and glucose metabolism.
: those tending toward reduced sensitivity to	insulin and high blood glucose levels (hyperglycemia)
andful of exceptions - notably nitroglycerin,	insulin and some liquid antibiotics - most expired dr
rodents, while also remembering to take their	insulin and check their blood glucose.
rds a similar level of blood sugar control to	insulin and sulfonylureas, it appears to decrease mor
all mortality by about 30% when compared with	insulin and sulfonylureas (glibenclamide and chlorpro
ic hypoglycaemia, induced by an over-generous	insulin and had not neutralised its effects with food
ic islets of Langerhans produced and exported	insulin, and it steadily pushed Lacy up through the a
Dr. Frederick Banting, who in 1922 discovered	insulin, and all the people that have lost their live
sugar by stimulating the pancreas to secrete	insulin and helping the body use insulin efficiently.
ges in potassium produced by catechols and/or	insulin and/or thyroid hormone, which lead to movemen
1982 Genentech synthetic 'human'	insulin approved, largely thanks to its partnership w
To date, only leptin and	insulin are known to act as an adiposity signal.
has also been discovered that when GHRP-6 and	insulin are used simultaneously, GH response to GHRP-
Equimolar amounts of C-peptide and	insulin are then stored in secretory granules of the
researchers responsible for the discovery of	insulin as a treatment for diabetes.
, and ultimately resulted in the discovery of	insulin as a treatment for the disease.
	Insulin aspart can be used in CSII pumps and Flexpen,
It has been debated whether or not	insulin aspart (or NovoLog/NovoRapid) should be refri
The pH of	insulin aspart is 7.2-7.6.
basal with rapid-acting mealtime control from	insulin aspart.
an overeaters' increased tendency to secrete	insulin at the sight and smell of food, though medica
iption factors such as SREBP1c, controlled by	insulin at the transcriptional level, and ChREBP, whi
' negotiations with researchers who developed	insulin at the University of Toronto helped launch th
rics and orthopedic surgery, the discovery of	insulin attracted him to internal medicine, specifica
1967 in connection with the discovery of the	insulin biosynthesis.
y appeared to admit many different molecules (	insulin, bovine serum albumin, gold nanoparticles) le
Lilly produces synthetic, recombinant 'human'	insulin, branded Humulin
human serum albumin, human transferrin, human	insulin, but animal-derived lipids (as with StemPro 3
Glory Enough for All depicted the search for	insulin by Banting and Best, with R. H. Thomson starr
by removal of the signal peptide and then to	insulin by removal of the connecting peptide (C-pepti
tions were focal, involving overproduction of	insulin by only a portion of the pancreas.
ers blood sugar by stimulating the release of	insulin by pancreatic beta cells and by inducing incr
he underlying DNA, the amino acid sequence of	insulin can be changed to alter its ADME (absorption,
w's Hospital, Northampton, where he was given	insulin coma therapy and electroconvulsive therapy.
ed to St Andrew's Hospital in Northampton for	insulin coma therapy and electroconvulsive therapy.
When they were not in a coma,	insulin coma patients were kept together in a group a
Cameron also induced	insulin comas in his subjects by giving them large in
Alex because of his diabetes, and his lack of	insulin could have resulted in a coma or even death.
3. "Atomic positions in rhombohedral 2-zinc	insulin crystals" TL Blundell, JF Cutfield, SM Cutfie
ients, ketoacidosis is usually accompanied by	insulin deficiency, hyperglycemia, and dehydration.
	Insulin degludec is currently in Phase III clinical t
	Insulin degludec also has the ability to be mixed wit
	Insulin degludec is a novel ultralong-acting basal in
Studies have shown that patients taking	insulin degludec needed to take significantly smaller
As a phosphoprotein phosphatase,	insulin dephosphorylates the enzyme, thus activating
receptor binding, but blocks the formation of	insulin dimers and hexamers.
bits dedicated to Banting as co-discoverer of	insulin, doctor, war hero, and artist.
d its effects simply by taking food after his	insulin dose.
als work exclusively to provide medical care,	insulin dosing, blood sugar corrections, nighttime bl
e became ill in mid-1944, but refused to take	insulin due to his devout Christian Scientist beliefs
The success of	insulin enabled the company to attract well-respected
1922 Banting and Best use bovine	insulin extract on human
ations should be coupled with a longer acting	insulin for good glycemic control.
The pancreas must produce	insulin for this medication to work.
irectory of selected over-the-counter agents,	insulin formulations, and prescription drug products,
s blood glucose by stimulating the release of	insulin from the pancreas.
Diazoxide also inhibits the secretion of	insulin from the pancreas, thus it is used to decreas
opin and inhibits the release of glucagon and	insulin from the pancreas of fasted animals.
oli with the specific task of producing human	insulin from starting amino acids is an example.
ss by which serotonin controls the release of	insulin from beta cells in the pancreas and so the re
This uptake is stimulated by	insulin from the pancreas.
increases beta cells mass and	insulin gene expression, post-translational processin
former student of his father, on cloning the	insulin gene from carp.
region (ILPR) is a regulatory sequence on the	insulin gene starting at position -363 upstream from
A3 is a regulatory sequence for the	insulin gene
C1 is a regulatory sequence for the	insulin gene
A2 is a regulatory sequence for the	insulin gene
Z is a regulatory sequence for the	insulin gene
G1 is a regulatory sequence for the	insulin gene
A5 is a regulatory sequence for the	insulin gene
lin is the primary translation product of the	insulin gene.
DBP binds to a upstream promoter in the	insulin gene.
current marketed long-acting insulins such as	Insulin glargine and Insulin detemir.
ors, including dietary composition, hormones (	insulin, glucagon, thyroxin, estrogens, androgens), a
Blood sugar is regulated by	insulin, glucagons, and other hormones that control i
metabolic syndrome, including higher fasting	insulin, glucose, and triglycerides, and lower HDL-ch
the sulfonylureas group gained 3 kg, and the	insulin group, 6 kg.
The activity of this complex is stimulated by	insulin, growth factors, serum, phosphatidic acid, am
roducts and/or processes, including synthetic	insulin, growth hormone, and TPA, often beating out b
betes by control of the upstream activator of	insulin growth factor-1 (IGF-1) and mitogen-activated
The statement that '	insulin has been strongly preserved' is vague, as it
for the murder of an 80-year-old patient with	insulin, has been identified as a possible inspiratio
o coax bacteria into creating synthetic human	insulin, human growth hormone, and human TPA for use
erregulatory hormones, opposing the action of	insulin, i.e. acting against the hypoglycemia.
It is claimed to help build up	insulin in the human body and is sometimes referred t
insulinism refers to an above normal level of	insulin in the blood of a person or animal.
The group succeeded in producing	insulin in 1978, and in 1979, Riggs received the Juve
on of a diverse set of self-antigens, such as	insulin, in the thymus.
Collip's task was to prepare	insulin in a more pure, usable form than Banting and
nto almost any organ-and coax them to produce	insulin in diabetics.
returning to Toronto to begin his research on	insulin in the spring of 1921.
Particularly in type 1 diabetics the lack of	insulin in the bloodstream prevents glucose absorptio
In this roundabout manner,	insulin increases glycogen synthesis.
it is known for being	insulin independent.
It is assumed that the ability to respond to	insulin induced hypoglycemia translates into appropri
Factitious	insulin injection (Munchausen syndrome)
le children born with diabetes to switch from	insulin injections to tablet therapy.
	Insulin injections are intended to induce hypoglycemi
can specify the frequency of their real-life	insulin injections.
ease and is linked to the metabolic syndrome (	insulin insensitivity).
sors, such as the conversion of proinsulin to	insulin intermediates.
Hypoglycemia due to excess	insulin is the most common type of serious hypoglycem
mia are are quite variable, and so suicide by	insulin is probably less reliable than a gun or poiso
eir blood sugars in normal ranges, and 44% on	insulin left insulin-free.
High	insulin levels seem the likely link between metabolic
normalising plasma	insulin levels
The prolonged elevation of	insulin levels can lead to dyslipidemia.
was hypothesized that the grapefruit reduced	insulin levels, encouraging fat loss.
pression of the receptors are correlated with	insulin levels, as well as reduced in mouse models of
ose has a minimal effect on blood glucose and	insulin levels.
	Insulin lispro (marketed by Eli Lilly and Company as
	Insulin lispro has one primary advantage over regular
His approach to the first synthesis of	insulin lost out to Genentech's approach which used g
plex, bis(allixinato)zinc(II), shows the same	insulin mimetic effects.
ice, this vanadium complex was shown to be an	insulin mimetic with hypoglycemic effects.
y attempted to work with the more complicated	insulin molecule.
Harold Bourne published a paper entitled "The	insulin myth" in the Lancet, in which he argued that
rsity, who discovered the «Somogyi effect» of	insulin overdosage.
Allitt attempted to murder him with an	insulin overdose on three occasions that day before h
on 21 March 1991, due to Allitt administering	insulin overdoses, before he was transferred to anoth
etic, the 30-year-old father searched for his	insulin pen in the capsized ship; however, for the fi
Pyruvate dehydrogenase is stimulated by	insulin, PEP, and AMP, but competitively inhibited by
in metabolic control in many animals, whether	insulin per se is important in ALL animals is, I beli
	Insulin potentiation therapy
th PCOS (polycystic ovary syndrome) to reduce	insulin problems and possibly improve fertility.
ns with GAD65 has been shown to preserve some	insulin production for 30 months in humans with type
1.He is the pioneer in modern	insulin pump therapy in India.
t, Morrison regulates his blood sugar with an	insulin pump attached to his abdomen.
ally known as the one of the largest users of	insulin pump and real-time glucose sensing devices in
2.The largest real-life data on	insulin pump usage in Type 2 diabetes was presented f
, for the first time published guidelines for	Insulin Pump therapy for India.These guidelines now s
Animas produces and develops	insulin pumps for people with diabetes.
The main activity of activation of the	insulin receptor is inducing glucose uptake.
Glycogen synthesis is also stimulated by the	insulin receptor via IRS-1.
vival of progenitor myeloid cells through the	insulin receptor substrate-2/PI 3-kinase/AKT pathway.
	Insulin receptor has been shown to interact with Ecto
For this reason "	insulin insensitivity", or a decrease in insulin rece
It also activates	insulin receptor and has insulin-mimetic effects, low
In molecular biology, the	insulin receptor is a transmembrane receptor that is
Affected individuals have an	insulin receptor with greatly impaired functionality.
isease, having only one normal allele for the	insulin receptor) will not be affected.
mple of tyrosine kinase receptors include the	insulin receptor, the IGF-1 receptor, the MuSK protei
the disease is the lack of a fully functional	insulin receptor, which has a profound effect during
MUC1, Mammalian target of rapamycin, RASGRP3,	Insulin receptor, C1QBP, PLD2 and SHC1.
genes such as those for H-ras, c-myb, and the	insulin receptor,, and genes encoding housekeeping en
he kinase domains of the EGFR and that of the	insulin receptor.
here is a 60% homology between IGF-1R and the	insulin receptor.
role in signal transduction downstream of the	insulin receptor.
include glutathione-insulin transhydrogenase,	insulin reductase, reductase, protein disulfide (glut
The increase in calcium will initiate more	insulin release from each beta cell.
GIP stimulates	insulin release when glucose concentration is elevate
ows continued signal output (e.g., to trigger	insulin release) amid significant amounts of its prod
-glucose pentaacetate, was found to stimulate	insulin release, and might therefore be of therapeuti
ets, it serves as a glucose sensor to control	insulin release, and similarly controls glucagon rele
channel responsible for pancreatic beta-cell	insulin release.
are physiologically important in potentiating	insulin release.
c islets causing calcium entry and subsequent	insulin release.
for example on the peripheral cells (e.g. the	insulin releasing cells of the pancreas) and on the c
egend of Big Paw requires the extra dosage of	insulin reserved for such treks into celluloid and co
d that American men with abdominal obesity or	insulin resistance (a precursor to diabetes) were mor
increase high blood pressure include obesity,	insulin resistance and high cholesterol levels.
so appears to have a beneficial effect on the	insulin resistance featured by the metabolic syndrome
r form of the disease, in which there is some	insulin resistance but normal growth and subcutaneous
it may improve glycemic control and decrease	insulin resistance in people with poorly controlled t
his gene has been associated with obesity and	insulin resistance in children.
ncentration of HDL cholesterol increased, and	insulin resistance improved much more in dieters foll
delay progress to diabetes, and in those with	insulin resistance it slowed progress in the HOMA sev
hypercholesterolemia, diabetes mellitus, and	insulin resistance).
moderate mental retardation, hypothyroidism,	insulin resistance, hypoparathyroidism.
are autosomal recessive condition associating	insulin resistance, absence of subcutaneous fat and m
en by international experts in endocrinology,	insulin resistance, prediabetes, metabolic syndrome a
ubjects experienced weight loss and decreased	insulin resistance, although the mechanism was unknow
ribute to hyperuricemia, including: genetics,	insulin resistance, hypertension, renal insufficiency
n the Insulin-Receptor Gene in a Patient with	Insulin Resistance, Acanthosis Nigricans, and the Pol
ht to have the smallest effects on weight and	insulin resistance, but clinical experience with thes
f polycystic ovary syndrome (PCOS), including	insulin resistance, hyperandrogenism, and oligo-ameno
de production, nerve growth factor synthesis,	insulin resistance, loss of mean body mass, and IL-8
important in the pathogenesis of obesity and	insulin resistance.
It seems also to have a role in peripheral	insulin resistance.
crease in IMTGs was responsible for increased	insulin resistance.
effect and may be beneficial for people with	insulin resistance.
y be linked to the development of obesity and	insulin resistance.

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共起表現

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「insulin」の共起表現一覧(1語右で並び替え)