$BIXT Bioxytran Licensing FDA Approved Technology
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Posted On: 05/09/2019 10:11:21 AM
$BIXT Bioxytran Licensing FDA Approved Technology from MDX Lifesciences for use in Pipeline Drug Development
Bioxytran announces plans to use a revolutionary new device, the MDX Viewer, to measure the effectiveness of BXT-25 in stroke patients
BOSTON, MASSACHUSETTS, April 04, 2019 (GLOBE NEWSWIRE) -- BIOXYTRAN, INC. (BIXT), a developmental stage biotechnology company with a pipeline of anti-necrosis drugs designed to treat hypoxia by delivering a small molecule carrying oxygen to the brain of stroke victims announced today that the Company has entered into a definitive exclusive licensing agreement with MDX Lifesciences, Inc. (MDX). The licensing agreement will allow Bioxytran to continue commercial development of MDX technology and develop new protocols that measure the tissue metabolic state of the brain.
The MDXViewer is the primary testing equipment covered under this licensing agreement. This is a worldwide perpetual license for use of the MDXViewer in conjunction with any compound developed by Bioxytran to measure cellular health. Bioxytran agreed to pay a $500,000 licensing fee contingent upon Bioxytran’s receipt of $3.0 million or more in equity financing under the S-1 registration. Bioxtryan also agreed to reimburse MDX for development costs required to use of the device with BXT-25 or other compounds plus a 20% value added fee.
Bioxytran’s proprietary molecule is BXT-25 and it is designed to transport oxygen through severely blocked arteries to oxygen-deprived tissues. We expect that the BXT-25 molecule at room temperature solution will be 5,000 times smaller than a red blood cell and its miniature size should enable its delivery to oxygenate brain tissue where red blood cells will not go due to strokes.
Subject to financing, the Bioxytran expects to be able to accelerate the Investigational New Drug Application (IND) process to obtain the approval necessary to proceed with the Phase 1 study by the end of 2019. After commencement of the Phase 1 study Bioxytran to complete it within 4 – 6 months and should be able to report data within a couple of months after study completion.
Using advanced medical technology and advanced algorithms the MDX Viewer is positioned to measure mitochondrial activity within the brain cells to determine cell rejuvenation and tissue metabolic state. The system uses up to 10 unique parameters to develop a total metabolic score (TMS) which is representative of brain tissue health.
“This licensing agreement is the cornerstone of our clinical trial development program” said David Platt, PhD, Chief Executive Officer of Bioxytran. “There are no pre-clinical models that mimic the behavior of an ischemic stroke. Without a way to measure efficacy (oxygen that reaches the target tissue) it’s unlikely that any new drugs could be developed that make claims about increasing tissue oxygenation. This is a real game changer, not only for Bioxytran, but also for other drug development company’s designing novel drugs to treat stroke. In a market so large, we believe that the license should place Bioxytran in a strong intellectual property position with a device that received FDA approval in 2007. The drug candidate BXT-25 is designed to deliver oxygen to the blocked area in the brain and MDX Lifesciences’s technology will be refined to measure the level of brain tissue recovery with what we expect will be the highest level of accuracy available in the market."
“When people think of measuring oxygen in the body they think of the device in the hospital called a pulse oximeter, which goes on the finger and measures the oxygen level in the blood by light absorption” said Professor Avraham Mayevsky, the Chief Scientific Officer of MDX. “This is not even remotely what MDX Lifesciences does. The MDXViewer, approved by the FDA in 2007, is the first device of its kind to measure the level of tissue metabolic state by measuring mitochondrial activity in vivo. There is a distinct difference between measuring blood in an artery versus mitochondrial activity in the tissue. The MDXViewer has the ability to tell clinicians that a particular organ tissue in the body is dying because it’s not processing the oxygen through the mitochondria. Our goal is to improve our FDA approved device in order to measure cellular recovery in the brain.”
Bioxytran announces plans to use a revolutionary new device, the MDX Viewer, to measure the effectiveness of BXT-25 in stroke patients
BOSTON, MASSACHUSETTS, April 04, 2019 (GLOBE NEWSWIRE) -- BIOXYTRAN, INC. (BIXT), a developmental stage biotechnology company with a pipeline of anti-necrosis drugs designed to treat hypoxia by delivering a small molecule carrying oxygen to the brain of stroke victims announced today that the Company has entered into a definitive exclusive licensing agreement with MDX Lifesciences, Inc. (MDX). The licensing agreement will allow Bioxytran to continue commercial development of MDX technology and develop new protocols that measure the tissue metabolic state of the brain.
The MDXViewer is the primary testing equipment covered under this licensing agreement. This is a worldwide perpetual license for use of the MDXViewer in conjunction with any compound developed by Bioxytran to measure cellular health. Bioxytran agreed to pay a $500,000 licensing fee contingent upon Bioxytran’s receipt of $3.0 million or more in equity financing under the S-1 registration. Bioxtryan also agreed to reimburse MDX for development costs required to use of the device with BXT-25 or other compounds plus a 20% value added fee.
Bioxytran’s proprietary molecule is BXT-25 and it is designed to transport oxygen through severely blocked arteries to oxygen-deprived tissues. We expect that the BXT-25 molecule at room temperature solution will be 5,000 times smaller than a red blood cell and its miniature size should enable its delivery to oxygenate brain tissue where red blood cells will not go due to strokes.
Subject to financing, the Bioxytran expects to be able to accelerate the Investigational New Drug Application (IND) process to obtain the approval necessary to proceed with the Phase 1 study by the end of 2019. After commencement of the Phase 1 study Bioxytran to complete it within 4 – 6 months and should be able to report data within a couple of months after study completion.
Using advanced medical technology and advanced algorithms the MDX Viewer is positioned to measure mitochondrial activity within the brain cells to determine cell rejuvenation and tissue metabolic state. The system uses up to 10 unique parameters to develop a total metabolic score (TMS) which is representative of brain tissue health.
“This licensing agreement is the cornerstone of our clinical trial development program” said David Platt, PhD, Chief Executive Officer of Bioxytran. “There are no pre-clinical models that mimic the behavior of an ischemic stroke. Without a way to measure efficacy (oxygen that reaches the target tissue) it’s unlikely that any new drugs could be developed that make claims about increasing tissue oxygenation. This is a real game changer, not only for Bioxytran, but also for other drug development company’s designing novel drugs to treat stroke. In a market so large, we believe that the license should place Bioxytran in a strong intellectual property position with a device that received FDA approval in 2007. The drug candidate BXT-25 is designed to deliver oxygen to the blocked area in the brain and MDX Lifesciences’s technology will be refined to measure the level of brain tissue recovery with what we expect will be the highest level of accuracy available in the market."
“When people think of measuring oxygen in the body they think of the device in the hospital called a pulse oximeter, which goes on the finger and measures the oxygen level in the blood by light absorption” said Professor Avraham Mayevsky, the Chief Scientific Officer of MDX. “This is not even remotely what MDX Lifesciences does. The MDXViewer, approved by the FDA in 2007, is the first device of its kind to measure the level of tissue metabolic state by measuring mitochondrial activity in vivo. There is a distinct difference between measuring blood in an artery versus mitochondrial activity in the tissue. The MDXViewer has the ability to tell clinicians that a particular organ tissue in the body is dying because it’s not processing the oxygen through the mitochondria. Our goal is to improve our FDA approved device in order to measure cellular recovery in the brain.”
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