SEARCH RESULTS   Found 25 text references: 1. "... action in erythropoiesis, Epo binds to its receptor in nonhematopoietic tissues, activating cellular mechanisms that include cell maturation, division, and inhibition of apoptosis. (18,20) Studies evaluating Epo in adult and neonatal animal models report the prevention of hypoxic-ischemic brain injury, a..." Source:   Ohls, Robin K.,Ehrenkranz, Richard A.,Das, Abhik,Dusick, Anna M.,Yolton, Kimberly,Romano, Elaine,Delaney-Black, Virginia,Papile, Lu-Ann,Simon, Neal P.,Steichen, Jean J.,Lee, Kimberly G. "Neurodevelopmental outcome and growth at 18 to 22 months' corrected age in extremely low birth weight infants treated with early erythropoietin and iron" Pediatrics 114.5 Nov. 1 2004: 1287-1292 2. " Engrafted rat thyroid tissue, on the other hand, retained its characteristic morphology with little sign of cellular infiltration or fibrosis in the challenged animals, and was indistinguishable from that in control animals (Fig." Source:   Kelemen, Katalin,Crawford, Megan L.,Gill, Ronald G.,Hutton, John C.,Wegmann, Dale. "Cellular Immune Response to Phogrin in the NOD Mouse" Diabetes 48.8 Aug. 1 1999: 1529 3. " While no animal model can completely capture all aspects of the human response to porcine tissues, the processes we have observed in this model are strikingly similar to acute cellular rejection." Source:   Friedman, Tony,Smith, Rex Neal,Colvin, Robert B.,Iacomini, John. "A Critical Role for Human [CD4.sup+] T-Cells in Rejection of Porcine Islet Cell Xenografts" Diabetes 48.12 Dec. 1 1999: 2340 4. " Based on these findings we have investigated if the increased cellular sensitivity to insulin in MF animals is a consequence of either an augmentation in GLUT4 transporter expression and/or an increase of phosphorylation status of IRS (pp 185) in that tissue." Source:   MACHADO, UBIRATAN F,SUMIDA, DORIS H,BESSA, FERNANDO A,OKAMOTO, MARISTELA M. "Increased Adipocyte Insulin Sensitivity Induced by Meal-Feeding Schedule Involves Changes in the Insulin Signal Transduction and Enhancement of GLUT 4 Gene Expression" Diabetes 48.5 May 1 1999: 266 5. " Such devices can provide a cell-exclusive barrier to prevent contact of cellular elements of the immune system and the engrafted tissue." Source:   Chen, Guoxun,Hohmeier, Hans E.,Gasa, Rosa,Tran, Veronique Vien,Newgard, Christopher B. "Selection of Insulinoma Cell Lines With Resistance to Interleukin-1[Beta]- and [Gamma]-Interferon-Induced Cytotoxicity" Diabetes 49.4 Apr. 1 2000: 562 6. "... cellular structures. [8] This leads to the development of advanced glycosylation end products, impairing the normal function of tissues including collagen and basement membranes of cells and capillaries." Source:   Bernstein, Gerald. "The Diabetic Stomach: Management Strategies for Clinicians and Patients" Diabetes Spectrum 13.1 Jan. 1 2000: 11 7. " In addition to earlier animal studies (5), the present observations in diabetic patients support a role for PLTP to mediate a shift of [alpha]-tocopherol from apoB-containing lipoproteins to other lipid-containing structures (i.e., HDL and cellular membranes)." Source:   Schneider, Martina,Verges, Bruno,Klein, Alexis,Miller, Elizabeth R.,Deckert, Valerie,Desrumaux, Catherine,Masson, David,Gambert, Philippe,Brun, Jean-Marcel,Fruchart-Najib, Jamila,Blache, Denis,Witztum, Joseph L.,Lagrost, Laurent. "Alterations in plasma vitamin E distribution in type 2 diabetic patients with elevated plasma phospholipid transfer protein activity" Diabetes 53.10 Oct. 1 2004: 2633-2640 8. " Animals such as the abalone, for example, have cellular motors that combine the crumbly substance found in schoolroom chalk with a "mortar" of proteins and carbohydrates to create elaborate, nano-structured shells so strong they can't be shattered by a hammer." Source:   Longman, Phillip J.,Rae-Dupree, Janet,Petit, Charles W. "The next big thing is small" U.S. News & World Report 129.1 July 3 2000: 30 9. " In addition to the previously mentioned sensory systems, passive elements of body structure, physical properties, as well as the integration of several other portions of the brain may also be utilized to maintain equilibrium." Source:   . "Use of Play Therapy in the Treatment of Balance Disorders" Palaestra 15.1 Jan. 1 1999: 16-17 10. " The differential scaling of surface area, mass, and mechanical stresses has been used to explain allometric patterns in animal body shape (Schmidt-Nielsen 1984), stem form (Givnish 1995), and the proportion of leaf tissues devoted to support (Givnish 1986)." Source:   King, David A. "JUVENILE FOLIAGE AND THE SCALING OF TREE PROPORTIONS, WITH EMPHASIS ON EUCALYPTUS" Ecology 80.6 Sept. 1 1999: 1944 11. " These compounds function like hormones to regulate epithelial cell proliferation, pattern formation in developing tissues, morphogenesis in the lung, and cellular differentiation." Source:   Belloni, Paula N.,Garvin, Laura,Mao, Cheng-Ping,Bailey-Healy, Irene,Leaffer, David. "Effects of All-Trans-Retinoic Acid in Promoting Alveolar Repair" Chest 117.5 May 1 2000: 235 12. " As well as adjusting all body systems for physical activity, by actions on smooth and cardiac muscle, cellular metabolism is accelerated and the supply of nutrients adjusted." Source:   AKANDE, A.,VAN WYK, C. DE W.,OSAGIE, J.E. "IMPORTANCE OF EXERCISE AND NUTRITION IN THE PREVENTION OF ILLNESS AND THE ENCHANCEMENT OF HEALTH" Education 120.4 June 22 2000: 758 13. " X. Heterochrony at the Cellular and Tissue Levels The timing and pattern of cell division and differentiation in plants determine the type of organ, tissue, or cell formed (Esau, 1977)." Source:   LI, PING,JOHNSTON, MARK O. "Heterochrony in Plant Evolutionary Studies through the Twentieth Century" Botanical Review 66.1 Jan. 1 2000: 57 14. " Advances in miniaturization will enable laparoscopic coronary artery bypass grafts (CABGs), electronic/remote pacemakers, cellular repair for damaged heart tissues and anti-aging treatments from continual cellular repair and replacement." Source:   Egger, Ed. "How technology is changing the health care system" Health Care Strategic Management 18.1 Jan. 1 2000 15. " In many tissues, AMPK is a key sensor of cellular energy, and the suggestion that it participates in fuel regulation of insulin secretion is attractive." Source:   Henquin, Jean-Claude,Boitard, Christian,Cerasi, Erol,Ferrannini, Ele,Steiner, Donald F.,Efendic, Suad. "Impact of treatment on islet function in type 2 diabetes" Diabetes 53.12 Dec. 1 2004: 1-6 16. " The tissue manufacturing core is responsible for the actual production of cells for patients enrolled in clinical trials testing the safety and efficacy of cellular products." Source:   . "Center for Human Cell Therapy Established at CBR Institute; $12.65 Million NIH Grant Includes Clinical Trials" AScribe Medicine News Service Oct. 8 2004 17. " Because the proliferations of neointimal tissue and/or the medial vascular smooth muscle cells (VSMCs) are pivotal to the pathophysiology of a postintervention restenosis (20,21), inhibiting cellular proliferation for preventing an in-stent restenosis is a rational strategy." Source:   Choi, Donghoon,Kim, Soo-Kyung,Choi, Sung-Hee,Ko, Young-Guk,Ahn, Chul-Woo,Jang, Yangsoo,Lim, Sung-Kil,Lee, Hyun-Chul,Cha, Bong-Soo. "Preventative effects of rosiglitazone on restenosis after coronary stent implantation in patients with type 2 diabetes" Diabetes Care 27.11 Nov. 1 2004: 2654-2661 18. " RIF is believed to be caused by an increase in the production of collagen in both the cutaneous and subcutaneous tissues and subsequent chronic cellular..." Source:   Oppenheimer, Randy,Finkel, Rima,Brennan, Andrea. "Treatment of radiation-induced fibrosis of the face with manual compression therapy" Ear, Nose and Throat Journal 83.7 July 1 2004: 478-481 19. " The initiation of coagulation in arteries or veins is triggered by tissue factor (Fig 2), a cellular receptor for activated factor VII (factor VIIa). (11)..." Source:   Weitz, Jeffrey I.,Hirsh, Jack,Samama, Meyer M. "New anticoagulant drugs" Chest 126.3 Sept. 1 2004: 265-287 20. " Infiltrate in subcutaneous Cellular infiltrate in fibrous septa tissues among adipose tissue." Source:   Wilson, Susan F.,Guarner, Jeannette,Valme, Alix L.,Louis-Charles, Jacky,Jones, Tara L.,Addiss, David G. "Histopathologic improvement with lymphedema management, Leogane, Haiti" Emerging Infectious Diseases 10.11 Nov. 1 2004: 1938-1947 21. " The exact cellular mechanism of this insulin resistance, and the sequence of molecular alterations that occur in different tissues during hyperinsulinemia are not well delineated." Source:   UENO, MIRIAN,TAMBASCIA, ROSA,CARVALHO, CARLA R.,FRANCHINI, KLEBER G.,SAAD, MARIO J. A. "Hyperinsulinemia Modulates Early Steps in Insulin Signal Transduction in Intact Rats" Diabetes 49.5 May 1 2000: 290 22. " It is generally accepted that plasma leptin concentrations well reflect the amount of adipose tissue in the whole body (2,8,9) and that an increase in adiposity is the primary cause of hyperleptinemia in obesity, including VMH lesion-induced obese animals (5)." Source:   Suga, Asako,Hirano, Tsutomu,Kageyama, Haruaki,Kashiba, Misato,Oka, Jun,Osaka, Toshimasa,Namba, Yoshio,Tsuji, Masatomi,Miura, Masakazu,Adachi, Mitsuru,Inoue, Shuji. "Rapid Increase in Circulating Leptin in Ventromedial Hypothalamus-Lesioned Rats" Diabetes 48.10 Oct. 1 1999: 2034 23. " Diabetologia 37:1025-1035, 1994 (35.) Eriksson JW, Smith U, Waagstein F, Wysocki M, Jansson PA: Glucose turnover and adipose tissue lipolysis are insulin-resistant in healthy relatives of type 2 diabetes patients: is cellular insulin resistance a secondary phenomenon?" Source:   Krutzfeldt, Jan,Kausch, Christiana,Volk, Annette,Klein, Harald H.,Rett, Kristian,Haring, Hans-U.,Stumvoll, Michael. "Insulin Signaling and Action in Cultured Skeletal Muscle Cells From Lean Healthy Humans With High and Low Insulin Sensitivity" Diabetes 49.6 June 1 2000: 992 24. " J Biol Chem 270: 12953-12956, 1995 (38.) Shibayama E, Koizumi H: Cellular localization of the Trk neurotrophin receptor family in human non-neuronal tissues." Source:   Nakagawa, Tsutomu,Tsuchida, Atsushi,Itakura, Yasushi,Nonomura, Takeshi,Ono, Michiko,Hirota, Fumiyo,Inoue, Tadashi,Nakayama, Chikao,Taiji, Mutsuo,Noguchi, Hiroshi. "Brain-Derived Neurotrophic Factor Regulates Glucose Metabolism by Modulating Energy Balance in Diabetic Mice" Diabetes 49.3 Mar. 1 2000: 436 25. " Dimethyl-BAPTA/AM did not affect femoral artery blood flow, indicating that the chelator increased GIR not secondarily via increasing blood flow to peripheral insulin target tissues but rather directly through improving cellular responsiveness to insulin in these tissues." Source:   JANG, YEON J.,RYU, HEE J.,LEEM, CHAE H.,PARK, CHUN S. "Chelation of Intracellular Calcium Improves Both Insulin Sensitivity and Blood Pressure in Spontaneously Hypertensive Rats" Diabetes 49.5 May 1 2000: 284 back to top