ISSN 2996-8968
Vol. 8, Issue 3, 2017September 23, 2017 EDT
A novel pharmaceutical excipient: Coprecipitation of calcium and magnesium silicate using brine-seawater in date palm cellulose as an absorbing host
A novel pharmaceutical excipient: Coprecipitation of calcium and magnesium silicate using brine-seawater in date palm cellulose as an absorbing host
Articles in Vol. 8, Issue 3, 2017
Vol. 8, Issue 3, 2017
- Influence of Carrier (Polymer) Type and Drug-Carrier Ratio in the Development of Amorphous Dispersions for Solubility and Permeability Enhancement of RitonavirVivek S. DaveNishikant A. RautDeepak GuptaSuprit D. SaojiPradip W. Dhore
- Solid state characterization and rheological properties of native and modified Bambara groundnut (Vigna subterranean) starchesMichael OdeniyiOmobolanle A. OmotesoAdeola O. Adebisi
- A novel pharmaceutical excipient: Coprecipitation of calcium and magnesium silicate using brine-seawater in date palm cellulose as an absorbing hostMohammad HamaidiNisrein JaberMayyas Al-RemawiAmani ElsayedIbrahim Maghrabi
- Excipient Usage Technical Risk Assessment for Generic Solid Dose ProductsAjay Babu PazhayattilNaheed Sayeed-Desta
- Reducing or Eliminating Polysorbate Induced Anaphylaxis and Unwanted Immunogenicity in Biotherapeutics – Review ArticleEdward Maggio
- The potential of excipients to improve the efficiency of immuno-oncology therapy.Shireesh Apte
Hamaidi, Mohammad, Nisrein Jaber, Mayyas Al-Remawi, Amani Elsayed, and Ibrahim Maghrabi. 2017. “A Novel Pharmaceutical Excipient: Coprecipitation of Calcium and Magnesium Silicate Using Brine-Seawater in Date Palm Cellulose as an Absorbing Host.” International Journal of Pharmaceutical Excipients 8 (3). https://doi.org/10.66617/001c.2577.