What we do

ExQor’s drug platform crosses the blood brain barrier.  The blood brain barrier protects the brain. But the same barrier also prevents almost all drug treatments from gaining access to the brain

The barrier thus severely limits the creation and delivery of drugs to treat CNS diseases and disorders. The use of large molecule biologics is essentially barred. 

ExQor is using a new type of bio-nanotechnology platform that solves the problem of small molecule and large molecule delivery to the CNS.

ExQor's CNS platform is able to target specific regions in the brain with new types of drugs that solve unmet medical needs, including aging of the brain.

ExQor has multiple allowed patents and patents pending on its bio-nanotechnology.

TREATING CNS DISORDERS

ExQor's bio-nanotechnology platform non-invasively delivers large molecule biologics to the brain and in therapeutically effective amounts. Among them are antibodies, growth factors, and also other types of large and small molecule agents.

ExQor's new drugs are used to treat CNS disorders, some of which have no effective treatments. One new ExQor drug also can exert positive affects against aging and its associated telomere shortening.

ExQor is also developing new types of non-radioactive MRI imaging agents for the brain that are as powerful and effective as radioactive tracers used in positron emission tomography (PET).

ExQor's therapeutics and imaging agents also can be combined into a single composition, which is called a theranostic.

Our Results

  • Alzheimer’s
  • ExQor’s preclinical in vivo results of delivering a biologic, brain derived neurotrophic factor (BDNF), to the CNS show success in treating Alzheimer’s Disease. Currently, there are no effective treatments for Alzheimer’s.

  • HIV-1
  • ExQor’s preclinical in vivo results of BDNF delivery to the CNS show success in treating HIV-1 associated neurocognitive disorders (HAND). Currently, there are no effective treatments for HAND.

  • Drug Addiction
  • ExQor’s preclinical in vivo results show that antibody targeted delivery of BDNF to specific regions of brain reverses damage caused by METH addiction. Currently, there are no effective treatments for reversing this damage.

    Much is still being learned about the virus and its complicating effects in the brain, which appear in some COVID-19 patients. If medium to long term harm to brain is discovered to be one of the effects ExQor's delivery of BDNF could reverse and prevent the COVID-19 damage.

     

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