The spatial pattern
in skeletal growth rates and partial mortality scars found in massive Porites sp. across the central and northern islands suggests that corals subject to larger year - to - year fluctuations in maximum ocean temperature were more resistant to a 2004 warm - water event.
However, apparently only the more severe bleaching events cause a reduction
in skeletal growth rates; for instance, one study found growth anomalies in 95 % of corals from the Mesoamerican Reef related to severe bleaching in 1998, though only a single core (of 92 collected) showed an anomaly due to a less severe event in 1995 [11].
Since you state that a decrease in net calcification could result from a decrease in gross calcification, an increase in dissolution rates, or both, you distinguish between these responses and get to the conclusion that the impact of ocean acidification on a creature's net calcification may be largely controlled by the status of its protective organic cover and that the net slowdown
in skeletal growth under increased CO2 occurs not because these organisms are unable to calcify, but rather because their unprotected skeleton is dissolving faster.
Some occur in genes that play a role
in skeletal growth and development, which makes sense, but others lie in genes that trigger cancer or in undeciphered regions of DNA.
Not exact matches
Because the
growth plates at the end of the major bones
in a child's arms and legs are open, their muscles and bones are still developing, and because their hormone levels aren't the same as adults, an intense strength and conditioning program is inappropriate before
skeletal maturity.
Cartilage generated
in embryos not only regulates
skeletal growth until puberty, but also plays a key role
in our locomotion as articular cartilage
in our joints.
In that disease, fibrodysplasia ossificans progressiva (FOP), a mutation triggers bone growth in muscles, alters skeletal bone formation, and limits motion, breathing, and swallowing, among a host of progressive symptom
In that disease, fibrodysplasia ossificans progressiva (FOP), a mutation triggers bone
growth in muscles, alters skeletal bone formation, and limits motion, breathing, and swallowing, among a host of progressive symptom
in muscles, alters
skeletal bone formation, and limits motion, breathing, and swallowing, among a host of progressive symptoms.
«We knew that the drug affects the cartilage stage of this ectopic bone, but also recognized that this drug impairs cartilage formation
in growth plates leading to reduced
skeletal growth.
His research team discovered one means to prevent the loss of
skeletal muscle
in diabetes is to reduce myostatin, a natural secreted hormone that represses muscle
growth.
This provides the strongest evidence yet
in favor of a biologically - controlled coral
skeletal growth, the team reports today
in Science.
The consequences of pituitary dysfunction are wide ranging and particularly serious
in children, who can suffer severe learning disabilities,
growth and
skeletal problems, as well as effects on puberty and sexual function.
The response of each species was, however, different, and involved intervals of slowed
growth in C. pelagicus and an overall reduction
in the size of the
skeletal components — coccoliths —
in T. pertusus.
Skeletal dysplasia is a group of rare diseases that afflict skeletal growth through abnormalities in bone and ca
Skeletal dysplasia is a group of rare diseases that afflict
skeletal growth through abnormalities in bone and ca
skeletal growth through abnormalities
in bone and cartilage.
A mutation
in the gene encoding fibroblast
growth factor receptor 3 (FGFR3) has been associated with two types of
skeletal dysplasia, thanatophoric dysplasia (TD), a
skeletal dysplasia that cause serious respiratory problems at birth and is often lethal, and achondroplasia (ACH), which causes stunted
growth and other complications throughout life.
Hence, FLRG is capable of increasing muscle
growth in a dose - dependent manner when expressed as a transgene
in skeletal muscle.
I have presented data showing that FLRG, like follistatin, can promote muscle
growth when expressed as a transgene
in skeletal muscle and that both of these molecules appear to act by blocking not only myostatin but also other ligands with similar activity to myostatin.
A study conducted
in the islands
in the Keppel region of the Great Barrier Reef investigated
skeletal growth.
Characterized other proteins and pathways that modulate proliferation and differentiation of myogenic stem cells, hypertrophic
growth of the heart, mitochondrial biogenesis and fiber type — specific gene expression
in skeletal muscles.
To date, studies of aragonitic, scleractinian CWC responses to ocean acidification have frequently examined short - term acclimation, with effects on coral bio-mineralization,
growth, and
skeletal strength only becoming evident
in experiments run for periods of a year or more (e.g., Tittensor et al., 2010).
Interestingly, some of this variation seems to be driven by sex
in skeletal muscle — a sexually dimorphic tissue — where a few maternally imprinted
growth repressors have lower level of imprinting
in females.
He showed that SOXC proteins are required to form cartilage
growth plates, that is, the specialized type of cartilage that drives
skeletal elongation
in fetal and postnatal vertebrates and that also initiates the progressive replacement of cartilage by bone.
She examines how a mutation
in the EZH2, a component of the epigenetic machinery, leads to Weaver syndrome, a genetic disorder characterized by excessive
skeletal and organ
growth, as well as intellectual disability.
Shwachman - Diamond syndrome (SDS) is a rare, inherited bone marrow failure, characterized by a low number of white blood cells, poor
growth due to difficulty absorbing food and,
in some cases,
skeletal abnormalities.
Myostatin, a member of the TGFβ superfamily of
growth factors that is expressed primarily
in skeletal muscle cells, is a genetically validated target that regulates muscle mass.
A working muscle can only differentiate between amounts of load, to which it can only react by generating the amount of force needed for adapting to the task at hand, eventually entering the hypertrophy mode — an increase
in size of
skeletal muscles through a
growth in size of its component cells.
In practice, myostatin is the protein that stops
skeletal muscle
growth when it deems that the body is large enough.
Myosttin is a protein that is produced mainly
in skeletal muscle and with which muscle cells inhibit their own
growth.
Increases blood flow and delivers more amino acid to the
skeletal muscle, which helps
in increasing the protein synthesis that is responsible for muscle
growth
Many cells
in the body use glutamine as a fuel for
growth and is synthesized
in both
skeletal muscle and
in adipose tissue
in addition to the lungs, liver, and brain.
Or the expression of the gene could spread from
skeletal muscle into heart muscle, resulting
in excessive heart muscle
growth (known as left ventricular hypertrophy, or «athlete's heart) that can cause premature heart failure.
They are vilified
in the Paleo community because a few studies have shown that lectins can impair
growth, linked to autoimmune disorders, damage the lining of the small intestine causing leaky gut, destroy
skeletal muscle, and interfere with the function of the pancreas.
Manganese also helps form connective and
skeletal tissue, and is instrumental
in growth, reproduction and (this is good!)
Therefore, the low activity of the BCKDH complex
in the
skeletal muscle under resting conditions may be important for normal
growth of
skeletal muscle.
Almost all of BCKDH complex
in skeletal muscle under normal and resting conditions is
in an inactive / phosphorylated state, which may contribute to muscle protein synthesis and muscle
growth.
The effect on
skeletal muscle
growth is one of the main reasons for the massive interest for epicatechin
in recent years.
IGF - 1 released
in response to
growth hormone is anabolic and promotes
growth and repair of
skeletal muscle.
Insulinlike
growth factor 1
in skeletal muscle after weightlifting exercise
in frail elders.
Leucine is one of the three branched - chain amino acids (BCAAs), however it is unique
in its ability to stimulate
skeletal muscle protein synthesis which can result
in faster muscle
growth and strength gains.
With Animal Pak as the nutritional foundation, Animal Test can specifically help target muscular hypertrophy or the
growth of
skeletal muscle through the increase
in the size of its component cells.
Human
growth hormone has been shown to improve strength by stimulating collagen synthesis
in the
skeletal muscle and tendons.
Influence of dietary protein, energy and corticosteroids on protein turnover, proteoglycan sulphation and
growth of long bone and
skeletal muscle
in the rat.
As per usual, the LC diet was higher
in protein... but that wasn't enough to induce
skeletal muscle
growth, even when combined with resistance exercise... worded another way, resistance exercise and more protein prevented ketogenic diet - induced muscle loss:
Snack for bone health: The minerals present
in these nuts can firm up the
skeletal system and can provide several elements required for proper
growth of bones.
Such augmentation correlated with elevated serum testosterone levels and corresponded to significant increases
in myofibrillar protein.3 Testosterone is the primary hormone that interacts with
skeletal muscle tissue, and when elevated leads to increased muscle
growth.
Can anyone give me a reference where it says what is the maximum weight of
skeletal muscle tissue
growth per day (I'm talking about weight of
skeletal muscle tissue precisely, not protein, because we know that muscle tissue is not only protein)
in humans?
This happens when there is a mutation of the FGFR3 gene (the gene responsible for producing a protein that develops and maintains the
growth of bone and brain tissue), which then causes disruptions
in skeletal development.
Maximizing the
growth rate
in young, growing puppies does not correlate to maximal adult size; however, it does increase the risk of
skeletal disease.
This formula provides the proper nutrition to support muscular and
skeletal growth, and to avoid joint problems later
in life, with a rich, wholesome taste that dogs love.
Research has shown that rapid puppy
growth — especially
in a large breed of dog — can increase the risk of
skeletal, joint, and other health problems.
In these dogs, good nutrition, dietary mineral balance (Calcium 1.1 %, Phosphorus 0.9 % ref) and a controlled
growth rate can minimize many forms of
skeletal deformities.