Results 41 to 50 of about 391,206 (279)

The neural mechanisms of mindfulness-based pain relief: a functional magnetic resonance imaging-based review and primer. [PDF]

, 2019
The advent of neuroimaging methodologies, such as functional magnetic resonance imaging (fMRI), has significantly advanced our understanding of the neurophysiological processes supporting a wide spectrum of mind-body approaches to treat pain. A promising
Aguirre, Amanzio, Andrews-Hanna, Atlas, Atlas, Basbaum, Behzadi, Beitz, Benedetti, Bingel, Birn, Brown, Buchel, Buhle, Bushnell, Carlson, Casey, Cherkin, Coghill, Coghill, Creswell, Creswell, Creswell, Crick, Critchley, Daubenmier, Davey, Davis, Day, Deyo, Dunne, Dzau, Eippert, Eippert, Farb, Fox, Fox, Frid, Gard, Garland, Garland, Gatchel, Gaylord, Grant, Grant, Grevert, Grossman, Halassa, Han, Harris, Harrison, Holzel, Hughes, Jain, Kabat-Zinn, Kabat-Zinn, Kabat-Zinn, Kety, King, Kingston, Kong, Koyama, Kucyi, Lazar, Levine, Lindsay, Lord, Lui, Lutz, Lutz, Lutz, MacCoon, MacCoon, Maki-Marttunen, Mantyh, Mantyh, May, McAlonan, McCracken, Morone, Morone, Nelson, O'Doherty, Oshiro, Perthen, Peters, Petrovic, Petter, Poerio, Rahl, Restom, Rolls, Rosenkranz, Rostrup, Salomons, Saloner, Schooler, Schutze, Seminowicz, Seminowicz, Shapiro, Sharon, Sharon, Shires, Spreng, Sprenger, Starr, Stephenson, Steward, Svedin, Tang, Taylor, Taylor, Teper, Tracey, Turner, Vago, Valet, Villemure, Wager, Wager, Wager, Wang, Watkins, Way, Weese, Wells, Xu, Zeidan, Zeidan, Zeidan, Zeidan, Zeidan, Zeidan, Zeidan, Zeidan, Zeidan, Zeidan, Zeidan, Zikopoulos, Zikopoulos, Zikopoulos, Zubieta   +142 more
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Heat shock proteins in health and disease: therapeutic targets or therapeutic agents? [PDF]

, 2001
For many years, heat shock or stress proteins have been regarded as intracellular molecules that have a range of housekeeping and cytoprotective functions, only being released into the extracellular environment in pathological situations such as necrotic
Pockley, A.G.
core   +1 more source

HISTOPATHOLOGICAL CHANGES OF KIDNEY OF BROILER CHICKEN EXPOSED TO CHRONIC HEAT STRESS

Journal of Basic Medical Veterinary, 2020
The aim of this research was to know histopathological changes of kidney of broiler chicken exposed to chronic heat stress. Twenty broilers were divided randomly into 2 groups, 10 broilers each are being exposed to chronic heat stress for 21 days.
Irene Teh Kai Xin, Hani Plumeriastuti, Chairul Anwar, Kadek Rachmawati, Suzanita Utama, Djoko Legowo   +5 more
doaj   +1 more source

Feeding a calcium-enriched fatty acid could ameliorate the growth performance of broilers under the chronic heat stress

Journal of Animal Science and Technology, 2022
The current study was conducted to evaluate the effect of calcium-enriched fatty acid supplementation on the growth performance, blood metabolites, intestinal morphology, carcass traits, and nutrient digestibility ...
Yu Bin Kim, Shan Randima Nawarathne, Hyun Min Cho, Jun Seon Hong, Jung Min Heo, Jiseon Son   +5 more
doaj   +1 more source

Moving in extreme environments:what’s extreme and who decides? [PDF]

, 2014
Humans work, rest and play in immensely varied extreme environments. The term ‘extreme’ typically refers to insufficiency or excess of one or more stressors, such as thermal energy or gravity. Individuals’ behavioural and physiological capacity to endure
Cotter, James David, Tipton, Michael J
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Chronic scrotal heat stress causes testicular interstitial inflammation and fibrosis: An experimental study in mice

International Journal of Reproductive BioMedicine, 2022
Background: Chronic heat stress is a risk factor that adversely affects the reproduction system. Inflammation and fibrosis are 2 important response processes to damaged tissues.
Tung Nguyen-Thanh, Phuoc Dang-Van, Phuc Dang-Ngoc, Won Kim, Tam Le-Minh, Quoc-Huy Nguyen-Vu   +5 more
doaj   +1 more source

Liver Transcriptome Changes of Hyla Rabbit in Response to Chronic Heat Stress [PDF]

Animals, 2019
Rabbit is an economically important farm animal in China and also is a widely used animal model in biological researches. Rabbits are very sensitive to the environmental conditions, therefore we investigated the liver transcriptome changes in response to chronic heat stress in the present study.
Zhou-Lin Wu, Xue Yang, Shi-Yi Chen, Fei-Long Deng, Xian-Bo Jia, Shen-Qiang Hu, Jie Wang, Song-Jia Lai   +7 more
openaire   +2 more sources

Modifying the Response of Male Broiler Chickens to Heat Stress Through Early Age Feed Restriction and Thermal Conditioning [PDF]

, 2002
Two experiments were conducted to investigate the effects of early age feed restriction and heat conditioning on tolerance to acute and chronic heat stress in male broiler chickens.
Dillard, SE, Hamann, B, Natarajan, V, Pascucci, V, Weber, GH   +4 more
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Nutrition Strategies for Triathlon [PDF]

, 2020
Contemporary sports nutrition guidelines recommend that each athlete develop a personalised, periodised and practical approach to eating that allows him or her to train hard, recover and adapt optimally, stay free of illness and injury and compete at ...
A Nattiv, A Philp, AB Loucks, AB Loucks, AE Jeukendrup, AE Jeukendrup, AE Jeukendrup, AJ Hector, AKA McKay, AP Sharma, AT Garrett, B Desbrow, B Pfeiffer, C McGlory, C Sale, CC Webster, CC Webster, CE Badenhorst, DJ Owens, DR Moore, DT Thomas, E Maunder, E Maunder, EDB Goulet, EDB Goulet, EF Coyle, EF Coyle, G Cairo, G Shaw, G Slater, GR Cox, I Garthe, I Mujika, JA Betts, JL Areta, JM Martínez-Sanz, JM Peake, JS Volek, KD Gejl, KH Myburgh, L Burke, L Havemann, LA Marquet, LM Burke, LM Burke, LM Burke, LM Burke, LM Burke, LM Burke, LM Burke, LM Burke, LM Burke, LM Burke, LM Burke, M Beelen, M Hargreaves, M Mountjoy, M Ross, MA Hearris, MC Gomez-Cabrera, MN Sawka, MN Sawka, OC Witard, P Peeling, PG Bell, R Townsend, RJ Maughan, RJ Maughan, S Racinais, SM Phillips, T Hew-Butler, T Stellingwerff, T Stellingwerff, T Stellingwerff, T Stellingwerff, T Stellingwerff, TR Ackland   +76 more
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Stress induced polarization of immune-neuroendocrine phenotypes in Gallus gallus [PDF]

, 2017
Immune-neuroendocrine phenotypes (INPs) stand for population subgroups differing in immune-neuroendocrine interactions. While mammalian INPs have been characterized thoroughly in rats and humans, avian INPs were only recently described in Coturnix ...
A Fallahsharoudi, A Wirén, AA Cohen, AF Soleimani, B Eklund, BG Miner, CC Rittschof, CL Butts, D Huss, D Renaudeau, E Ottaviani, EM Sternberg, EM Sternberg, FN Nazar, FN Nazar, FN Nazar, FS Dhabhar, FS Dhabhar, G Fusco, GE Demas, H Besedovsky, HL Carson, HW Cheng, IJ Elenkov, IJ Elenkov, IJ Elenkov, J Kaufman, JM Fair, JM Koolhaas, K LoGiudice, KA Schmidt, KM Dlugosch, L Calandreau, L Lara, LB Martin, M Ericsson, M Hau, M Jafarian-Tehrani, MA Cheema, MF Flajnik, MH Kogut, ML Roberts, MM Mashaly, NT Ashley, P Kaiser, P Zelazowski, PJ Most van der, R Adriaansen-Tennekes, R Wei, RH Marin, RJ Blanchard, RL Dennis, S Davies, S Puvadolpirod, S Shini, T Cornetto, T Maruyama, TJ DeWitt, WB Gross, WJ Kuenzel, WM Rauw, YH Hong   +61 more
core   +1 more source