Vagal nerve function in obesity: therapeutic implications
JG Kral, W Paez, BM Wolfe - World journal of surgery, 2009 - Springer
The primal need for nutrients is satisfied by mechanisms for sensing internal stores and
detecting food; ATP is the most primitive signal. With increasing density of sensory neurons …
detecting food; ATP is the most primitive signal. With increasing density of sensory neurons …
Vagal nerve function in obesity: therapeutic implications.
JG Kral, W Paez, BM Wolfe - World Journal of Surgery, 2009 - europepmc.org
The primal need for nutrients is satisfied by mechanisms for sensing internal stores and
detecting food; ATP is the most primitive signal. With increasing density of sensory neurons …
detecting food; ATP is the most primitive signal. With increasing density of sensory neurons …
Vagal nerve function in obesity: therapeutic implications
JG Kral, W Paez, BM Wolfe - World journal of surgery, 2009 - pubmed.ncbi.nlm.nih.gov
The primal need for nutrients is satisfied by mechanisms for sensing internal stores and
detecting food; ATP is the most primitive signal. With increasing density of sensory neurons …
detecting food; ATP is the most primitive signal. With increasing density of sensory neurons …
[引用][C] Vagal Nerve Function in Obesity: Therapeutic Implications: BARIATRIC SURGERY AN EVOLVING SOLUTION TO A GLOBAL PROBLEM
JG KRAL, W PAEZ, BM WOLFE - World journal of surgery, 2009 - pascal-francis.inist.fr
Vagal Nerve Function in Obesity: Therapeutic Implications : BARIATRIC SURGERY AN
EVOLVING SOLUTION TO A GLOBAL PROBLEM CNRS Inist Pascal-Francis CNRS Pascal …
EVOLVING SOLUTION TO A GLOBAL PROBLEM CNRS Inist Pascal-Francis CNRS Pascal …
Vagal Nerve Function in Obesity: Therapeutic Implications.
J Kral, W Paez, B Wolfe - World Journal of Surgery, 2009 - search.ebscohost.com
The primal need for nutrients is satisfied by mechanisms for sensing internal stores and
detecting food; ATP is the most primitive signal. With increasing density of sensory neurons …
detecting food; ATP is the most primitive signal. With increasing density of sensory neurons …
[PDF][PDF] Vagal Nerve Function in Obesity: Therapeutic Implications
JG Kral, W Paez, BM Wolfe - 2009 - researchgate.net
The primal need for nutrients is satisfied by mechanisms for sensing internal stores and
detecting food; ATP is the most primitive signal. With increasing density of sensory neurons …
detecting food; ATP is the most primitive signal. With increasing density of sensory neurons …
Vagal Nerve Function in Obesity: Therapeutic Implications
JG Kral, W Paez, BM Wolfe - World Journal of Surgery, 2009 - search.proquest.com
The primal need for nutrients is satisfied by mechanisms for sensing internal stores and
detecting food; ATP is the most primitive signal. With increasing density of sensory neurons …
detecting food; ATP is the most primitive signal. With increasing density of sensory neurons …
Vagal nerve function in obesity: therapeutic implications.
JG Kral, W Paez, BM Wolfe - World Journal of Surgery, 2009 - cabdirect.org
The primal need for nutrients is satisfied by mechanisms for sensing internal stores and
detecting food; ATP is the most primitive signal. With increasing density of sensory neurons …
detecting food; ATP is the most primitive signal. With increasing density of sensory neurons …
Vagal Nerve Function in Obesity: Therapeutic Implications
JG Kral, W Paez, BM Wolfe - World Journal of Surgery, 2009 - Wiley Online Library
The primal need for nutrients is satisfied by mechanisms for sensing internal stores and
detecting food; ATP is the most primitive signal. With increasing density of sensory neurons …
detecting food; ATP is the most primitive signal. With increasing density of sensory neurons …
Vagal Nerve Function in Obesity: Therapeutic Implications
JG Kral, W Paez, BM Wolfe - World Journal of Surgery, 2009 - infona.pl
The primal need for nutrients is satisfied by mechanisms for sensing internal stores and
detecting food; ATP is the most primitive signal. With increasing density of sensory neurons …
detecting food; ATP is the most primitive signal. With increasing density of sensory neurons …