ISSN 2996-8968
Vol. 11, Issue 2, 2020June 27, 2020 EDT
Forced degradation studies of vildagliptin raw material alone and in the presence of excipients using HPLC-UV analysis.
Forced degradation studies of vildagliptin raw material alone and in the presence of excipients using HPLC-UV analysis.
Articles in Vol. 11, Issue 2, 2020
Vol. 11, Issue 2, 2020
- Evaluation of the mechanical and release properties of lactose and microcrystalline cellulose and their binary mixtures as directly compressible excipients in paracetamol tablets.Olufunke D Akin-AjaniOluwatoyin A OdekuOlolade Olumakinde-Oni
- The case for multi-virus CRISPRized yogurt as a functional food.Shireesh Apte
- Enhancement of compression and compaction properties of calcium carbonate powder by granulation with HPC, HPMC and sodium- alginate as binders for pharmaceutical applications: an optimization case study.Deeb Abu FaraIyad RashidLinda HmoudShatha Al-QataminBabur Z ChowdhryAdnan A Badwan
- Forced degradation studies of vildagliptin raw material alone and in the presence of excipients using HPLC-UV analysis.Enas Al-QudahSharif ArarKamal Sweidan
- In defense of a rational approach to formulation design and development for oral solid dosage forms.Richard C Moreton
Al-Qudah, Enas, Sharif Arar, and Kamal Sweidan. 2020. “Forced Degradation Studies of Vildagliptin Raw Material Alone and in the Presence of Excipients Using HPLC-UV Analysis.” International Journal of Pharmaceutical Excipients 11 (2): 29–41. https://doi.org/10.66617/001c.13503.