Sentence examples for conclusions human from inspiring English sources

Conclusions: Human factor training develops leadership, coordination and shared understanding of roles leading to improved performance in anaesthesia, trauma and intensive care.

Conclusions: Human skeletal muscle is highly responsive to vitamin C intake and plasma concentrations and exhibits a greater relative uptake of ascorbate than leukocytes.

Conclusions Human papillomavirus test of cure would be more effective and would be cost saving compared with cytology only follow-up.

Conclusions: Human exposure to OP insecticides as assessed by urinary DAP concentrations has decreased since the implementation of the FQPA, although we cannot be certain that U.S. EPA actions in response to the FQPA directly caused the decrease in DAP concentrations.

In conclusion, human colorectal cancer cell lines consistently express hCTR1 protein despite their variable sensitivity to oxaliplatin.

According to this conclusion, human beings can control the amount of prey and predator by adjusting the carrying capacity of prey.

In conclusion, human protein intake appears to be controlled in a very specific manner involving food selection guided by taste quality rather than by protein content.

CONCLUSION: Human placental growth hormone causes insulin resistance as manifested by fasting and postprandial hyperinsulinemia and minimal glucose lowering in response to insulin injection.

Conclusion: Human immunodeficiency virus infected women had increased frequencies of vaginal infections, including bacterial vaginosis, vulvovaginal candidiasis, and trichomonal vaginitis, with respect to human immunodeficiency virus seronegative control subjects.

Sperm linearity was increased for all human papillomavirus types except type 18. Conclusion: Human papillomavirus type 16 and 31 deoxyribonucleic acid caused deoxyribonucleic acid breakages characteristic of apoptotic but not necrotic sperm.

In conclusion, human hepatocytes represent a critical experimental model for drug development, allowing early evaluation of human drug properties to guide the design and selection of drug candidates with a high probability of clinical success.