Issue link: http://www.e-digitaleditions.com/i/751389
Tablets & Capsules November 2016 23 Effervescent technology for today's pharmaceuticals and dietary supplements. Alan H. Rau. July 2016, p. 11. Keep your powder dry: Formulating, manufacturing, and packaging effervescent tablets. Peggy Wright. July 2011, p. 8. Two-layer tablet makes water safe to drink. July 2007, p. 58. Tablets, multi-layer The challenges of producing bi-layer tablets. Robert Sedlock. May 2014, p. 22. Maintaining bi-layer tablet quality. Shaurin Shah. Back Page, April 2011, p. 48. Multi-layer and core tabletting innovation. Jim Calvin. Back Page, September 2011, p. 72. Bi-layer nutraceutical tablets: Rewards and challenges. Chirag Varaiya. September 2007, p. 28; Tabletting Desktop Reference, March 2009, p. 15. Press manufacturers weigh in on multi-layer tabletting's advantages, misconceptions, and future. September 2007, p. 24; Tabletting Desktop Reference, March 2009, p. 12. Seeking stronger bi-layer tablets. Changquan Calvin Sun. Back Page, July 2014, p. 48. Two-layer tablet makes water safe to drink. July 2007, p. 58. Tablets, orally disintegrating Beyond the first generation of orally disintegrating tablets. Troy Harmon. September 2006, p. 30. Manufacturing orally disintegrating tablets using co- processed excipients. Komal Shahani, Nandu Deorkar, and Anil Gandhi. Eye on Excipients, March 2011, p. 37. ODT delivery platforms: A comparison of dissolution times. H.-Leonhard Ohrem, Guenter Moddelmog, and Roberto Ognibene. October 2010, p. 14. Orally disintegrating tablets: Gaining momentum. Ken Seufert and Joseph Zeleznik. July 2010, p. 30. Selection of non-synthetic disintegrants for pharmaceutical and nutraceutical orally disintegrating tablets. Carmen Popescu, Liuming Zhou, Ashish Joshi, Hong Liu, Alain Francois, Delphine Damour, and Philippe LeFevre. July 2010, p. 14. Using a co-processed excipient for the direct compression of orally disintegrating tablets Takahiro Hiramura and Makoto Narushima. Eye on Excipients, March 2016, p. 42. Tablets, osmotic Generics manufacturer awaits opportunity, laser drill at the ready. May 2010, p. 28. Modern oral osmotic tablet technology. Randy Wald. September 2009, p. 30. Solvent-based coatings get a second look. Matthew Knopp. April 2011, p. 8. Tabletting The advantages of an instrumented tablet press. Robert Sedlock. September 2012, p. 10; Tabletting Desktop Reference, May 2013, p. 6. i n d e x t o a r t i c l e s Aftermarket or OEM? Keys to evaluating replacement-part suppliers. Darrell Gauthier. September 2009, p. 30. Air war in the press room: Using the pre-compression sta- tion and punch entry control to prevent air entrapment. Fred A. Rowley. Tabletting Desktop Reference, September 2011, p. 40. Assessing the performance of a co-processed HPMC-lac- tose excipient using an instrumented tablet press. Muralikrishnan Angamuthu, Swetha Ainampudi, and John Sturgis Jr. September 2015, p. 14. Coated punch tips eliminate sticking, boost production. September 2016, p. 33. Compactability testing of excipients, part 1. Metin Çelik. Eye on Excipients, April 2009, p. 42. Compactability testing of excipients, part 2. Metin Çelik. Eye on Excipients, May 2009, p. 33. Continuous tablet manufacturing: Faster development and greater efficiency. David Ross. September 2014, p. 18. Determination of the optimum speed regimen of tablet presses during process development. Anibal Borroto. September 2006, p. 16; Tabletting Desktop Reference, March 2009, p. 6. Direct-compression medicated chewing gum. Javier Belmar and Marc Ribé. Eye on Excipients, January 2013, p. 31. The effect of size, shape, and color on medication tolerabil- ity and acceptance. Benjamin Locwin. January 2011, p. 24. Eliminating magnesium stearate from tablets. Nic Michel and Dipankar Dey. Back Page, July 2010, p. 48. External lubrication: One remedy for tabletting finicky for- mulations. Bob Oas. September 2006, p. 24. Formulating and producing tablets containing large, coated multiparticulates. Sateesh Sathigari and Yogesh Chachare. March 2013, p. 16. General considerations regarding tabletting speeds during scale-up of time-dependent formulations. Anibal Borroto. September 2008, p. 12. Highly evolved: Today's tablet presses optimize efficiency in changeover, operation, and maintenance. Matt Bundenthal. September 2016, p. 13. How rough punch-cup surfaces promote sticking. Arnold H. Deutchman. July 2011, p. 30. I Holland's TSAR-Predict forecasts faster fixes for sticking problems. September 2014, p. 18. In-place cleaning and washing: Determining the need CIP and WIP systems for tablet presses. Stefania Barzanti, Caterina Funaro, Fabriano Ferrini, and Marcus Behrens. September 2010, p. 8. Increasing tablet production and efficiency using multi-tip tooling. Steve Osborn and Steve Deakin. March 2015, p. 30. Introduction to servo-hydraulic compaction simulators. Jean LeFloch. September 2012, p. 18. Maintain tablet quality by inspecting these critical points. Stephen Natoli. April 2014, p. 33.