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1 RNA methylation captured cells in a distinct catabolic state.
2 econdary energy failure leading to a chronic catabolic state.
3 etabolism, all of which push the body into a catabolic state.
4 of events that maintains or prolongs the pro-catabolic state.
5 ays, shifting cartilage homeostasis toward a catabolic state.
6 sses mitochondrial metabolism and promotes a catabolic state.
7 ganization of the cell from an anabolic to a catabolic state.
8 urgery depends on the patient's preoperative catabolic state.
9 ogramme that alternates between anabolic and catabolic states.
10 that mediates muscle atrophy in a variety of catabolic states.
11 duced or suppressed in muscles in these four catabolic states.
12 ent muscle proteolysis in diabetes and other catabolic states.
13 he use of supraphysiologic GH doses to treat catabolic states.
14 ate to support key metabolic pathways during catabolic states.
15 oteasome content and activate proteolysis in catabolic states.
16 nt for protein aversion during recovery from catabolic states.
17 egulators of skeletal muscle mass in various catabolic states.
18 erone deficiency contributes to the profound catabolic state and loss of lean body mass associated wi
19  energy metabolism contributing to a chronic catabolic state and those who were studied further also
20  fragment in muscle biopsies is increased in catabolic states and could be used in conjunction with o
21                  Severe dietary restriction, catabolic states and even short-term caloric deprivation
22 hus, 1) the atrophy associated with systemic catabolic states and following disuse involves similar t
23 ytokines or insulin resistance are common in catabolic states and will activate caspases, we examined
24 in metabolic rates, initially related to the catabolic state, are high; later, these rates are high r
25                                          The catabolic state, as measured by urea nitrogen appearance
26 uffer acute brain injury in the context of a catabolic state associated with nonspecific illness.
27 eptors for extracellular molecules creates a catabolic state characterized by atrophy and a decline i
28 inflammation, cancer or infections provoke a catabolic state characterized by enhanced muscle proteol
29 cally active cells, such as neurons, enter a catabolic state during periods of sleep loss, which cons
30 megestrol acetate) in malnutrition and other catabolic states has been the subject of considerable re
31                In conclusion, muscle is in a catabolic state in human subjects after an overnight fas
32 actors are important in the progression of a catabolic state in muscle wasting.
33 ose with low FFM and BMD indicates a protein catabolic state in these patients.
34       Thus, the enhanced proteolysis in many catabolic states (including denervation, hyperthyroidism
35 on in CF, we hypothesized that their protein catabolic state is related to reduced insulin secretion
36 , might play a cardio-protective role during catabolic states known to increase Arg plasma levels sev
37 idation, which is stimulated during the same catabolic states known to trigger acute encephalopathy i
38 ts LAM accumulation during IF, increases the catabolic state of adipocytes, and enhances systemic met
39                                          The catabolic state of poorly controlled type 1 diabetes has
40 tput to accompany the ever-changing anabolic/catabolic state of the liver cell, but the wiring of thi
41 easured at the time of surgery to assess the catabolic state of the patients.
42  readily revealed and play a crucial part in catabolic states or in hormone deficiencies that mimic s
43             Burn injury is associated with a catabolic state persisting years after the injury.
44 ation with concurrent hyperglucagonemia is a catabolic state that can occur in type 1 diabetes.
45 levations in plasma aldosterone (ALDO) and a catabolic state that includes bone wasting are expected.
46 c changes consistent with the induction of a catabolic state that was not rescued by inositol supplem
47  combined with low-dose insulin reverses the catabolic state through suppression of hyperglucagonemia
48  net result was a change from an essentially catabolic state to a highly positive protein balance, bo
49  of the atrogenes identified during systemic catabolic states were induced or repressed.
50 ficiency and uncontrolled diabetes lead to a catabolic state with decreased muscle strength, contribu
51                                       In the catabolic state with no food intake, the liver generates