APA

Hamad S. R., El-Naggar M. E., . (20201019). Blocking of gastric acid induced histopathological alterations, enhancing of DNA content and proliferation of goblet cells in the acute lung injury mice models by nano-fenugreek oral administration. : Toxicology mechanisms and methods.

Chicago

Hamad Sherin Ramadan, El-Naggar Mehrez E, . 20201019. Blocking of gastric acid induced histopathological alterations, enhancing of DNA content and proliferation of goblet cells in the acute lung injury mice models by nano-fenugreek oral administration. : Toxicology mechanisms and methods.

Harvard

Hamad S. R., El-Naggar M. E., . (20201019). Blocking of gastric acid induced histopathological alterations, enhancing of DNA content and proliferation of goblet cells in the acute lung injury mice models by nano-fenugreek oral administration. : Toxicology mechanisms and methods.

MLA

Hamad Sherin Ramadan, El-Naggar Mehrez E, . Blocking of gastric acid induced histopathological alterations, enhancing of DNA content and proliferation of goblet cells in the acute lung injury mice models by nano-fenugreek oral administration. : Toxicology mechanisms and methods. 20201019.