APA

Makar Harleen, University of Delhi. Faculty of Medical Sciences. Department of Pharmacy, Dr. P. K. Sahoo Gu & University of Delhi. Faculty of Medical Sciences. Department of Pharmacy. (2010). Studies on asymmetric membrane cellulose acetate capsules as osmotically controlled drug delivery systems. (A) Evaluation of potassium hydrogen tartrate as a pore forming agent in combination with clycerol (B) Analysis of the release pattern of drugs with. : .

Chicago

Makar Harleen, University of Delhi. Faculty of Medical Sciences. Department of Pharmacy, Dr. P. K. Sahoo Gu and University of Delhi. Faculty of Medical Sciences. Department of Pharmacy. 2010. Studies on asymmetric membrane cellulose acetate capsules as osmotically controlled drug delivery systems. (A) Evaluation of potassium hydrogen tartrate as a pore forming agent in combination with clycerol (B) Analysis of the release pattern of drugs with. : .

Harvard

Makar Harleen, University of Delhi. Faculty of Medical Sciences. Department of Pharmacy, Dr. P. K. Sahoo Gu and University of Delhi. Faculty of Medical Sciences. Department of Pharmacy. (2010). Studies on asymmetric membrane cellulose acetate capsules as osmotically controlled drug delivery systems. (A) Evaluation of potassium hydrogen tartrate as a pore forming agent in combination with clycerol (B) Analysis of the release pattern of drugs with. : .

MLA

Makar Harleen, University of Delhi. Faculty of Medical Sciences. Department of Pharmacy, Dr. P. K. Sahoo Gu and University of Delhi. Faculty of Medical Sciences. Department of Pharmacy. Studies on asymmetric membrane cellulose acetate capsules as osmotically controlled drug delivery systems. (A) Evaluation of potassium hydrogen tartrate as a pore forming agent in combination with clycerol (B) Analysis of the release pattern of drugs with. : . 2010.