Results 1-17 of about 18
  1. ... to Antibiotics: Why and How H. K. Allen Alternatives to Antibiotics: Why ... and animals. As antibiotic resistance continues to evolve, antibiotics of ...
  2. ... and 1960s showed that after lethal radiation, these animals would recover if given autologous bone marrow. However, if given allogeneic marrow, the animal would reject the graft and die or accept ...
  3. ... tDCS was first used in research in nonhuman animals and has been studied in humans since at ... such devices can be reversed engineered makes such alternatives difficult. Affordability and reimbursement: DTC devices range in ...
  4. ... person space and use of tangible resources cells, animals, human participants, specialized equipment, and physical clinics—were ... and other resource cutbacks, including the culling of animal colonies and the dramatic reduction of clinical trial ...
  5. ... 1948. Cybernetics: Or control and communication in the animal and the machine. Cambridge, MA: MIT Press. White ... nonhuman image (e.g., a robot or an animal) to provide a richer interactive experience.These are ...
  6. ... and societal conditions involving contact between humans and animals appear favorable for the emergence and spread of ... many parts of the world (WHO, 2019). However, animal influenza viruses or hybrid animal-human influenza viruses ...
  7. ... and middle-income countries and those with extensive animal–human interfaces) to build sustainable capacity for routine surveillance in animals (wildlife, livestock, and domestic), and develop and support ...
  8. ... and 1960s showed that after lethal radiation, these animals would recover if given autologous bone marrow. However, if given allogeneic marrow, the animal would reject the graft and die or accept ...
  9. ... processes constitute two dimensions of evolution. In addition, animals can transmit information across generations though their behavior, ... Schneirla. 1968. The biopsychology of social behavior of animals. In Biologic basis of pediatric practice, edited by ...
  10. ... the first computer-designed antibiotic with efficacy in animal models, demonstrating the application of AI for antibiotic ... autoimmunity. His laboratory uses genetic, structural, computational, and animal models, as well as clinical research to define ...
  11. ... societal conditions involving contact be- tween humans and animals appear favorable for the emer- gence and spread ... many parts of the world (WHO, 2019). However, animal influenza viruses or hybrid animal-human influenza viruses ...
  12. ... of Pediatrics, 2014). This pattern is mirrored in animals as well. Studies show that early stress has ... the hippocampus, hypothalamus, and frontal cortex. These stressed animals were unable to halt the glucocorticoid response to ...
  13. ... antiviral that has activity against MERS-CoV in animal models and was used in human trials for ...
  14. ... antiviral that has activity against MERS-CoV in animal models and was used in human trials for ...
  15. ... and other resource cutbacks, including the culling of animal colonies and the dramatic reduction of clinical trial ... velopment: 1. Preclinical, responsible for increasing access to animal models and for identifying informative assays; 2. Therapeutics ...
  16. ... tDCS was first used in research in nonhuman animals and has been studied in humans since at ... such devices can be reversed engineered makes such alternatives difficult. • Affordability and reimbursement: DTC devices range in ...
  17. ... offspring's epigenetic status: Evidence from human and animal studies. Nutrition and Metabolic Insights 8(Suppl 1): ...