[HTML][HTML] Neurogenic tachykinin mechanisms in experimental nephritis of rats
K Rodionova, KF Hilgers, EM Paulus, G Tiegs… - … -European Journal of …, 2020 - Springer
We demonstrated earlier that renal afferent pathways combine very likely “classical” neural
signal transduction to the central nervous system and a substance P (SP)–dependent …
signal transduction to the central nervous system and a substance P (SP)–dependent …
[HTML][HTML] Neurogenic tachykinin mechanisms in experimental nephritis of rats
K Rodionova, KF Hilgers, EM Paulus, G Tiegs… - Pflugers …, 2020 - ncbi.nlm.nih.gov
We demonstrated earlier that renal afferent pathways combine very likely “classical” neural
signal transduction to the central nervous system and a substance P (SP)–dependent …
signal transduction to the central nervous system and a substance P (SP)–dependent …
[PDF][PDF] Neurogenic tachykinin mechanisms in experimental nephritis of rats
K Rodionova, KF Hilgers, EM Paulus… - … -European Journal of …, 2020 - opus4.kobv.de
We demonstrated earlier that renal afferent pathways combine very likely “classical” neural
signal transduction to the central nervous system and a substance P (SP)–dependent …
signal transduction to the central nervous system and a substance P (SP)–dependent …
Neurogenic tachykinin mechanisms in experimental nephritis of rats.
K Rodionova, KF Hilgers, EM Paulus… - Pflügers Archiv …, 2020 - search.ebscohost.com
We demonstrated earlier that renal afferent pathways combine very likely" classical" neural
signal transduction to the central nervous system and a substance P (SP)–dependent …
signal transduction to the central nervous system and a substance P (SP)–dependent …
Neurogenic tachykinin mechanisms in experimental nephritis of rats.
K Rodionova, KF Hilgers, EM Paulus… - … : European Journal of …, 2020 - europepmc.org
We demonstrated earlier that renal afferent pathways combine very likely “classical” neural
signal transduction to the central nervous system and a substance P (SP)–dependent …
signal transduction to the central nervous system and a substance P (SP)–dependent …
Neurogenic tachykinin mechanisms in experimental nephritis of rats
K Rodionova, KF Hilgers, EM Paulus… - Pflugers Archiv …, 2020 - pubmed.ncbi.nlm.nih.gov
We demonstrated earlier that renal afferent pathways combine very likely" classical" neural
signal transduction to the central nervous system and a substance P (SP)-dependent …
signal transduction to the central nervous system and a substance P (SP)-dependent …
[PDF][PDF] Neurogenic tachykinin mechanisms in experimental nephritis of rats
K Rodionova, KF Hilgers, EM Paulus… - … -European Journal of …, 2020 - scholar.archive.org
We demonstrated earlier that renal afferent pathways combine very likely “classical” neural
signal transduction to the central nervous system and a substance P (SP)–dependent …
signal transduction to the central nervous system and a substance P (SP)–dependent …
Neurogenic tachykinin mechanisms in experimental nephritis of rats
R Kristina, KF Hilgers, P Eva-Maria… - Pflügers Archiv …, 2020 - search.proquest.com
We demonstrated earlier that renal afferent pathways combine very likely “classical” neural
signal transduction to the central nervous system and a substance P (SP)–dependent …
signal transduction to the central nervous system and a substance P (SP)–dependent …
Neurogenic tachykinin mechanisms in experimental nephritis of rats
K Rodionova, KF Hilgers, EM Paulus, G Tiegs, C Ott… - open.fau.de
We demonstrated earlier that renal afferent pathways combine very likely “classical” neural
signal transduction to the central nervous system and a substance P (SP)–dependent …
signal transduction to the central nervous system and a substance P (SP)–dependent …
[PDF][PDF] Neurogenic tachykinin mechanisms in experimental nephritis of rats
K Rodionova, KF Hilgers, EM Paulus… - … -European Journal of …, 2020 - opus4.kobv.de
We demonstrated earlier that renal afferent pathways combine very likely “classical” neural
signal transduction to the central nervous system and a substance P (SP)–dependent …
signal transduction to the central nervous system and a substance P (SP)–dependent …