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1 ion, reduced striatal atrophy, and prolonged life span.
2 uit flies, impairing eclosion and decreasing life span.
3 a genetic continuum that acts throughout the life span.
4 es that may manifest at any point across the life span.
5 phages, which had dual origins and a shorter life span.
6 tly increases ins-6 expression and decreases life span.
7 ations (3 and 10 ppm) throughout their whole life span.
8 aused by TE activation and extending healthy life span.
9 vels from single cells to mouse behavior and life span.
10 changes in trait expression throughout their life span.
11 iduals who are treated early a nearly normal life span.
12 ic cells, defective locomotion and a shorter life span.
13 nucleosome assembly and advanced replicative life span.
14 ukocytosis, dry eye, hair loss, or a reduced life span.
15 , leukocytosis, xanthomatosis, and a reduced life span.
16 ecline to maintain decision quality over the life span.
17 nd increased oxidative stress resistance and life span.
18 dermal adherence, and increased the animals' life span.
19 s and heart dysfunction, markedly shortening life span.
20 ents and between tissues to ensure a healthy life span.
21 ophagy in Maf1(-/-) mice with their extended life span.
22 natal growth, muscle weakness, and a shorter life span.
23 ion graph technique and leads to a shortened life span.
24 production can prolong both health span and life span.
25 was calculated and compared by body size and life span.
26 impaired fear memory, and a slightly reduced life span.
27 f temporally controlled strategies to extend life span.
28 ism-level phenotypes, including behavior and life span.
29 ubset of genes in old cells and with shorter life span.
30 h1Delta mutant had a shortened chronological life span.
31 m holds for cognition and the brain over the life span.
32 ) that proliferates throughout the mammalian life span.
33 ransition (EMT) state and extends hepatocyte life span.
34 s cryptic transcript initiation, and extends life span.
35 generative processes over their decades-long life span.
36 SCA1 mice and to a modest increase in their life span.
37 BP trajectory with aging over the male adult life span.
38 n of sperm over long periods of reproductive life span.
39 intracellular lysosomal storage, and reduced life span.
40 reduces resistance to starvation, and limits life span.
41 e actin cytoskeleton, stress resistance, and life span.
42 rain itself, qualitatively changing over the life span.
43 cessfully, but experience a relatively short life span.
44 ll as positive effects on motor activity and life span.
45 tin-induced neurodegeneration, and prolonged life span.
46 tive test performance across the adult human life span.
47 ng kidney disease progression, and extending life span.
48 substantial increases in muscle strength and life span.
49 ments in a variety of populations across the life span.
50 eovessels and subsequently reduces neovessel life span.
51 ity of recruitment and extended reproductive life span.
52 udying these metrics across the entire adult life span.
53 iverse neuropsychiatric disorders across the life span.
54 to form new axes of growth throughout their life span.
55 ning is correlated with reduced survival and life span.
56 o lower chronic disease incidence and longer life span.
57 r function with an unprecedented increase in life span.
58 ta plays a key role in modulating vertebrate life span.
59 to 30% in women and 15% in men during their life span.
60 rochromatin silencing loss regulate cellular life span.
61 ress responsivity and anxiety throughout the life span.
62 cing or sustained loss of silencing shortens life span.
63 gut motility, feeding defects, and decreased life span.
64 hip among oxidative stress, health span, and life span.
65 ar)3-9 or Dicer-2 also led to an increase in life span.
66 o optic and peripheral neuropathy across the life span.
67 ession led to increased cellular replicative life span.
68 ease prevention and the extension of healthy life span.
69 h leads to reduced body weight and shortened life span.
70 undergo senescence independent of organismal life span.
71 rt rate is a heritable trait correlated with life span.
72 t likely source of recent increases in adult life span.
73 n the brain and intestine extends health and life span.
74 expectation for an extended (if not normal) life span.
75 dependent SAH accumulation lead to increased life span.
76 ulmonary complications, resulting in shorter life-span.
77 we consider developmental change across the life-span.
78 ction, loss of synaptic protein, and reduced life-span.
79 cult to investigate using animals with short life spans.
80 roteins, accounting for differences in their life spans.
81 lose to the expected levels and lived normal life spans.
82 ated hearts and showed significantly shorter life spans.
83 ng processes and extends average and maximal life spans.
84 ing phase that largely determine their final life spans.
85 ticipants (humans), sampled across the adult life span (20-89 years), to reveal that RSFC-based netwo
86 roup of individuals sampled across the adult life span (20-89 years), we measured correlations at res
87 impairment is not progressive throughout the life span; 3) is present in bipolar disorder, albeit to
88 mmodates the persistent virus throughout the life span, a phenomenon herein referred to as non-recove
89 e (maintained over time) in forbs with short life spans; a 2-3-year delayed surge in long-lived forbs
93 on key indicators of arthropathy across the life-span among participants with severe hemophilia A.
95 ced fat oxidation, were allowed to age while life span and a number of physiological parameters (gluc
96 on aneuploidy, these adult mice with reduced life span and accelerated progeroid features are indisti
97 were further developed to enhance the column life span and achieve the separation of dapagliflozin fr
98 s tetrix - we quantified the effects of age, life span and age of first lek attendance (AFL) on male
101 schizophrenia from mood disorders across the life span and generalize to new patients as well as to e
102 hypoxia-inducible factor 1 (HIF-1) increases life span and health span in nematodes through an unknow
106 um pantetheinase level regulates erythrocyte life span and modulates the risk of developing complicat
109 he connection between AD risk factors across life span and provide mechanistic insight to the process
111 ocation changes over a mother's reproductive life span and that age-specific differences differ in no
112 age systems remain largely stable across the life span and that both younger and older adults depend
113 larly challenging to model, due to its short life span and the dispersive effects of constant water m
116 ingly, mice heterozygous in Fdxr had a short life span and were prone to spontaneous tumors and liver
117 on and lectin deficiencies increased protein life spans and abundance, and the basal rate of N-glycan
118 f how telomere dynamics vary over individual life spans and cohorts, and with spatio-temporal variati
120 lecular basis of NAD(+) metabolism, cellular life span, and diseases associated with NAD(+) deficienc
123 al trade-off between reproductive effort and life span, and whether such trade-off can be overcome th
124 scriptional precision that is detrimental to life span, and, importantly, this acceleration in aging
126 Moreover, these pTreg cells have a limited life span, are distinguishable from microbiota-induced p
127 phrocyte functional impairment and shortened life span, as well as collapse of nephrocyte lacunar cha
128 omotor performance and ameliorates shortened life span, as well as reducing neurodegeneration in Alzh
129 ost of developmental disabilities across the life span, better methods are needed to detect the risk
130 nt stomatal conductance, leaf sizes and stem life span between dominant clades would have shifted the
131 Significant differences were observed in life span between genders, where females survived longer
132 scale is an emerging phenomenon of shortened life span, but the specific mechanisms linking these obs
133 damage, and the extension of health span and life span by augmenting antioxidant activity has been in
134 ory neurons shortens Caenorhabditis elegans' life span by differentially regulating the expression of
137 mouse models of late-onset HPP with extended life spans by engineering a floxed Alpl allele, allowing
139 aning (1.2 x 1012GC), exhibited an increased life span, characterized by delayed weight loss and dimi
142 cued from autoinflammation and have improved life span compared with Stat1(+/-)Pdgfrb(+/D849V) mice.
144 those: increasing organism body size and/or life span, disrupting processes within the organism, and
145 ange in sexual function during an individual life span driven by environmental cues - is an exceeding
146 d not increase with body size and/or maximum life span (eg, for rock hyrax, 1% [95% CI, 0%-5%]; Afric
148 s, the longest living rodent, with a maximum life span exceeding 30 years, and found that injury resp
149 served in eukaryotes and induced by multiple life span-extending interventions in mice, which suggest
151 Reduced mTORC1 signaling is associated with life span extension and improved metabolic homeostasis,
153 nine pathway components revealed significant life span extension in response to down-regulation of tw
154 +) homeostasis factor and ssy5Delta-mediated life span extension is likely due to concomitantly incre
155 n clocks govern calorie restriction-mediated life span extension through BMAL1- and IGF-1-dependent m
158 iction (DR) and is necessary for DR-mediated life-span extension, which suggests that this enzyme rep
160 ructural integrity of IgG1 during its normal life span; for IgG2 and IgG3 the inter-heavy chain disul
161 er to address these questions and to isolate life span from phylogenetic and environmental factors, w
163 under which traits associated with long leaf life span, high hydraulic and thermal capacitances, and
164 hey have to persist throughout an organism's life span, HSCs tightly regulate the balance between pro
165 ad yet) tricarboxylate carrier increased the life span in different species by mechanisms akin to cal
166 d with age-related WM differences across the life span in healthy individuals 9-86 years of age (n =
167 Here we show that RAGE exhibits an extended life span in lung epithelia (t(1/2) 6 h), is monoubiquit
168 tic inhibition of mTORC1 was shown to extend life span in mammals, reduce pathological hypertrophy an
172 ofibers and modest increases of strength and life span in the severely myopathic Mtm1delta4 mouse mod
173 Attenuated nutrient signaling extends the life span in yeast and higher eukaryotes; however, the m
174 ein kinase regulates metabolism, growth, and life span in yeast, animals, and plants in coordination
175 n vertebrates, and usually result in shorter life spans in the larger sex, although the underlying me
176 sing resting-state fMRI methods across their life-span in a cross-sectional design to analyze changes
177 uctive rates, lifetime reproductive success, life span) in red and green colour morphs of clonal pea
178 ular development in utero and throughout the life span, in vision performance in young and later adul
180 is compatible with normal heart function and life span indicating a more moderate impact of Plin5 ove
184 ysiological conditions, however, erythrocyte life span is compromised severely, which threatens the o
187 sceptible to HPV-related EGLs throughout the life span, making it necessary to ensure the longevity o
188 unmet needs, which include normalization of life span (myelofibrosis and some patients with PV), red
189 e some unsolved problems which include short life-span, narrowed antibacterial spectrum, ineffectiven
190 at least 2 months, thus exceeding the short life-span normally associated with cell-based sensors.
193 d visual function in healthy eyes across the life span of a German population aged 20 to 69 years (n
194 llular IAP leader dramatically shortened the life span of a long-lived viral IAP (Op-IAP3) when fused
197 ystem for studying axonal transport over the life span of an animal and thus for characterization of
201 mpare viral alleles or to expand the ex vivo life span of cells from HIV-1-infected individuals for e
205 Antiretroviral therapy has increased the life span of HIV+ individuals; however, HIV-associated n
206 m, selenoprotein expression, and replicative life span of human embryonic lung fibroblast WI-38 cells
207 eir critical role in long-term immunity, the life span of individual memory B cells remains poorly de
209 and vascular calcification and increased the life span of kl/kl mice >12-fold in males and >4-fold in
211 gh risk of serious infection and a predicted life span of less than 1 year in the absence of a matche
212 proved the quality of life and increased the life span of many HIV-infected individuals, this therape
215 ays the onset of ESKD, thereby expanding the life span of mice lacking the adapter protein CD2AP.
216 me biological obstacles, including the short life span of monocytes and their antiviral proapoptotic
217 dissemination, HCMV subverts the short 48-h life span of monocytes by inducing the expression of cel
221 inergic interneurons is reduced early in the life span of Q140 mice, raising the possibility that thi
222 iferation induces dysplasia and shortens the life span of the host, the phenotypic consequences of de
225 ols exhibited t1/2 that appear to exceed the life span of the mouse, contrasting dramatically with ma
229 the forebrain than the hindbrain across the life span of the Tg mice, suggesting that sortilin, at l
230 In contrast, dCMP+dTMP+THU therapy decreased life span of Tk2(-/-) animals compared to dCMP+dTMP.
231 thymidine monophosphate (dTMP), prolongs the life span of Tk2-deficient (Tk2(-/-) ) mice by 2- to 3-f
232 that dC+dT delayed disease onset, prolonged life span of Tk2-deficient mice and restored mtDNA copy
234 ne ameliorated RTT symptoms and extended the life span of treated Mecp2-null mice without adverse sid
235 infected butterflies, they also reduced the life span of uninfected butterflies, resulting in a hump
236 terized multiple Abetao forms throughout the life span of various AD mice and in post-mortem human br
244 out their lifetime despite no differences in life span or in the number of reproductive bouts compare
245 ts, on subjects at different ages across the life span, or on temporal trajectories of phenotypes aft
247 timing are associated with a longer parental life span (P 6.2 x 10-6 for fathers and P 2.0 x 10-3 for
249 aluation of the PA-cognition link across the life span provides modest support for the effect of PA o
251 luding runting, hydrocephalus, and shortened life span, recapitulating the abnormalities observed in
252 erexpression is neuroprotective by extending life span, reducing TDP-43 aggregation, and suppressing
254 dietary restriction regimen, known to extend life span, repressed the age-related increased expressio
255 'pace of life', that encompasses patterns in life span, reproduction, and rates of development among
258 ansactions, including control of replicative life span (RLS), prevention of collision between replica
262 ence and that both relatively long and short life spans select against choosy behavior in the host.
263 8 deficiency produces locomotive defects and life span shortening in TDP-43 with and without animals.
264 of health and economic advantages across the life-span should be dynamically integrated to better und
265 ing hypothesis proposes that increased human life span since 1850 has resulted from decreased exposur
269 omic bombings of Hiroshima and Nagasaki (the Life Span Study) is thought to be the most reliable sour
270 expression change with age, and a shortened life span, suggesting a causative role of the H3K36me3 m
271 e with an SHP2 inhibitor and found increased life span, suppressed crescentic glomerulonephritis, red
273 er trade-offs between early reproduction and life span than green morphs; and red consistent (non)dro
275 el movements had longer average reproductive life spans than those who made only one directed movemen
276 udding yeast cells have a finite replicative life span; that is, a mother cell produces only a limite
281 development of surveillance data across the life span to provide empirical estimates of the prevalen
282 on errors in Arabidopsis with short and long life spans to determine the number of replications in li
286 a robust induction of SMN protein, and mean life span was extended from an average survival of 13 to
290 development, reduced brood size, and reduced life span were observed in the mutants, indicating compr
291 antly accelerated phenotypes and a shortened life span when compared with N463-Q148, N536-Q148, and N
292 n mimic or FBXO24 silencing increases NDPK-A life span which, in turn, impairs cell migration and wou
293 illations are altered over the course of the life span, which could contribute to hippocampus-depende
294 t was sequestered in RBCs during their 120-d life span, which resulted in a slower whole blood cleara
295 hat reduction of DNM2 in XLCNM mice restored life span, whole-body strength, and diaphragm function a
297 ets resulted in an unprecedented increase in life span with improved motor function, persistent GALC
298 to mutant knockin LRRK2 mice over half their life span, with observable and measurable phenotype, is
299 duced oxidative damage, and increased median life spans, without an effect on animal reproduction.
300 interactions of space and number through the life span, yet propose a theory with several weaknesses.
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