Business
Indoor Harvest Corp Forms Scientific Advisory Board
Indoor Harvest Corp Forms Scientific Advisory Board.
About this update from Indoor Harvest Corp.
[{"type":"text","content":"\n\n HOUSTON, March 15, 2018 (GLOBE NEWSWIRE) -- Indoor Harvest Corp. (OTCQB:INQD), a developer of personalized cannabis medicines and a provider of advanced cultivation methods and processes, is pleased to announce the initial members of the Company’s newly formed scientific advisory board, which will assist management in the development of its business plans in the cannabis industry.\n “I am very pleased to welcome this highly qualified team of thought leaders on our mission to pave the way in defining true biopharmaceutical grade cannabis and the infrastructure necessary to grow and deliver it. At Indoor Harvest we are creating proprietary integrated technology infrastructure designs for manufacturing true bio pharma based cannabis medicines,” stated Dan Weadock, Indoor Harvest’s CEO. The initial members of the scientific advisory board will consist of Dr. Ronald Walter, Dr. Nadia Sabeh and Mr. Damian Solomon. The Company expects to add additional members in the coming months as development progresses. The Company is also in mid-stage discussions with major research groups and technology companies to expand its efforts internationally, with announcements expected in the near future. The Company is pleased to introduce the following new members of its scientific advisory board: Dr. Ronald Walter After post-doctoral positions as a National Research Council Fellow at the EPA, and a Research Associate post at M.D. Anderson Cancer Center, Dr. Walter joined Texas State University.  Over his 29 year career, he matriculated through the academic ranks to Professor while building an internationally recognized molecular genetics research program involving the Molecular Biosciences Research Group (MBRG) and associated Xiphophorus Genetic Stock Center (XGSC). The MBRG and XGSC are integrated parts of an overall program continuously funded through competitive grant awards principally from the NIH, but also including NSF, NOAA, and various other federal and state agencies.  The research program utilizes Xiphophorus or other small fish model systems (medaka, zebrafish) to explore fundamental genetic and biological processes such as; spontaneous and induced melanoma development, genetics underlying predisposition to cancer induction, and global shifts in gene expression in response to environmental stimuli.&#...