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00:13So, I've been at The Ohio State University for five years, and during that time, we've
00:19introduced over 30 new multidisciplinary precision neurology clinics, and some of these are unique.
00:28These clinics include, for example, a young onset dementia clinic.
00:34This is for people who develop cognitive symptoms before the age of 60, and the clinic is staffed
00:40by a dedicated neurocognitive neurologist, as well as a neuropsychologist, a genetic
00:46counselor, a speech therapist, and a social worker, all who are focused on that subgroup
00:52of patients to provide more holistic, what I call, unfragmented care.
00:57But another clinic is a chemotherapy-induced neuropathy clinic that we forge in collaboration
01:05with our cancer center.
01:07So, patients who develop neuropathy while being treated for cancer can be seen in this clinic.
01:13Once again, it's multidisciplinary with the neuromuscular neurologist, the pain specialist.
01:21And these clinics not only optimize clinical management, but they're wonderful for teaching
01:31our young neurologists and training, but they also serve as an itis for research.
01:37So, we are collecting samples from patients in each of these clinics, and they're very well
01:43characterized in terms of their deficits, confounding factors, making sure that competing diagnoses
01:52have been ruled out.
01:53And this helps fuel our bedside-to-bench-and-back approach to neurological research.
02:07So, how can Ohio State's experience with clinical trials be used to help improve healthcare in
02:18Saudi Arabia?
02:19Well, clinical trials are critical for moving the field forward and testing the newest ideas
02:25in terms of treatment and management of neurological diseases.
02:31Our Department of Neurology conducted over 350 clinical trials and studies itself last year.
02:38And we have a very elaborate, critical mass of clinical trial coordinators and managers.
02:44We have 41 principal investigators who are overseeing the clinical trials.
02:49These are physicians on our faculty.
02:51So, we've become quite experts in how to design and conduct experimental therapeutic research.
03:01We are very interested in partnering with colleagues in Saudi Arabia in order to demonstrate that
03:10a drug which is proven to be effective in patients in the United States is equally effective in a cohort
03:19of patients in the Middle East.
03:21Also, side effects may be different from one population to another.
03:27So, it is important to conduct clinical research on a global scale and make sure that the results are consistent.
03:42We call this progressive multiple sclerosis and the drugs that are so effective for younger people
03:48with that mass don't work very well when they transition into this progressive phase.
03:54So, we have discovered using preclinical models that as we age, cells in the brain called microglia change in a
04:05way that it supports chronic inflammation.
04:09And as a result, there's an unrelenting damage being perpetuated in the nervous system.
04:16We have also shown in human beings with multiple sclerosis is that there's a high correlation between markers of biological
04:24age and neurological deficits as well as lesion burden.
04:30So, putting this all together, we are finding new pathways of aging that can be targeted in progressive MS in
04:39order to ameliorate the disease.
04:40Some of these drugs are called senomorphic or senolytic agents that actually help clear out the older cells that are
04:49perpetuating this chronic inflammation.
04:52And one day, and hopefully in the near future, we hope to test these drugs in people with progressive MS.
04:59And perhaps we can have joint clinical trials between Ohio State University and medical institutions in Saudi Arabia.
05:11Ohio State has been a leader in human-mediated neurorepair research.
05:17How do you think recent advances in this area will be translated into treatments that could advance in healthcare systems
05:25like salt neuridius or neurology and neuro-regulation are in large fields?
05:32So, the question is about immune-driven neurorepair.
05:36One of the biggest challenges we face as neurologists is how to reverse damage once it's inflicted in the central
05:50nervous system, meaning the brain and the spinal cord, as well as the optic nerves.
05:55Once the damage is done following a stroke in patients with multiple sclerosis, in patients with neurodegenerative conditions such as
06:04Alzheimer's disease, we have no way to reverse that injury and to restore lost neurological functions.
06:11So, our research has actually identified a special type of immune cell that stimulates damaged nerve cells to survive and
06:23also triggers them to regrow nerve fibers that are broken in many of these diseases.
06:29So, this provides a lot of hope that we will actually be able to reverse neurological damage across multiple disease
06:38states.
06:38We first discovered this special immune cells in mice.
06:42Now, we have found this counterpart in humans.
06:44We have ways of taking bone marrow cells safely from human beings and stimulating those cells in a way that
06:52they turn into these healing immune cells and potentially re-infusing them into the same patient in order to attempt
07:01to cure their neurological ailments.
07:04So, we are moving towards bringing this new observation towards innovative trials and regeneration and we look forward to partnering
07:14with our colleagues in Saudi Arabia as we develop this project further.
07:21And that's really why we can did it at a long time.
07:31We've added our information to the next episode of many unserer consciousness, and if it's said in a long time,
07:33it's how to keep up a survivor.
07:34By the way, it's a long time logical response.
07:35The era and neurodegenerative gravitation which also is combined with studies on the impact of aging on the nervous system.
07:43The second major area focuses neurodegenerative thinking and anatomy and the new therapy and the third major area is neurodegenerative
07:51immunology study interactions between the immune system and the nervous system. We have strategically
07:57recruited both senior investigators who are broad leaders in each of those fields, as well as
08:03promising young junior investigators. Some of these investigators are physician scientists,
08:09some are scientists, but they act synergistically and have overlapping skill sets and features.
08:15For the young investigators, it's very important to provide them with protected time and resources
08:22so that they can really launch their laboratory programs, as well as strong mentorship from both
08:29our senior investigators, as well as organized advisory committees composed of thoughtful scientists
08:36from across the College of Medicine. In addition, we've been very thoughtful about integrating our
08:43scientists into our clinical operation. So scientists who are studying a particular
08:49neurologic disease, for example, in mice or in cells, interact frequently with clinicians who
08:57are treating human beings with those diseases. So there's an open dialogue, whereas observations
09:03that are made in the clinic that could be used to pose questions at the bench, and scientists
09:08become better aware of what are the most important questions they can pose in their research that
09:14are likely to lead to therapeutic advances. We also have introduced a thematically-focused symposium
09:22on different neurological topics, where we bring together our scientists and clinicians at the Ohio State
09:28University with colleagues from throughout the world on a particular area of focus, such as neurogenetics
09:36or neurogenology, and we get our learners involved as well. So it's about communication, dialogue, and providing
09:45an environment for clinical and research faculty to intermingle and really drive innovative science. Also,
09:56inform this to provide a proper infrastructure. So we have built a first free biorepository
10:03in Green Bay. We are collecting samples such as blood, blood cells, cerebral spinal cord and nerve biopsy, post-mortem
10:12brain
10:13tissue that could be used by our researchers to ask questions regarding biomarkers and needs that are
10:21appropriate targets, and making sure that those biospecimens are linked with the sophisticated data
10:28based on high-quality demographic and clinical data. So it's about integrating our clinical and research
10:34missions, emphasizing innovation and creativity, and giving people and patients the same need to succeed.
10:54So the question is about the infrastructure that we've built at Ohio State that may be used as a source
11:02to
11:03go along the development of a similar infrastructure at King Faisal and other sites within Saudi Arabia.
11:11Well, building a biorepository in Green Bay was critical. So we have been routinely collecting blood,
11:20cerebral spinal fluid, nerve biopsy, skin biopsy, post-mortem, and autopsy brain and spinal
11:28tissue from patients that we see across our departments, both in the outpatient and in the
11:35patient site. So we've established satellite labs wherever we see patients for the immediate
11:41collection and storage of samples. We have a blanket institutional review board protocol
11:48that allows us to collect those samples in an ethical and safe manner. We have e-consent. We have a
11:56dedicated freezer farm and a full-time biorepository manager. And importantly, we are integrating a biorepository
12:04with a sophisticated data that has high-quality and accurate demographic diagnostic data as well as clinical,
12:13radiological, and neurophysiological outcome measures. This provides a tremendous resource for
12:18translational neuroscience research where investigators who have a question now have samples they could use at their
12:25disposal and to be secure that the samples were obtained from an individual if he's been
12:31correctly diagnosed. And they can correlate, for example, if they're measuring a particular biomarker
12:36with an array of different measures of otanical disability as well as other measures,
12:43paracinical measures of safer nervous system damage, whether they be radiological, neurophysiological,
12:49neurophysiological, neurophysiological, or other measures that need biorepository
12:57patients. So that's very important. Also, as part of the infrastructure, the physical infrastructure,
13:06is making sure that junior faculty have a proper mentorship, not only in terms of senior faculty in our
13:14department, but also by establishing advisory committees that meet regularly and get updates from
13:22junior faculty about that progress. We get done advice about applications and research papers.
13:28In addition to that, we provide biostatistical and bioinformatics consultations at work for all our
13:36junior faculty, and we make sure that they have the equipment and startup funds they need to launch
13:42a new research program.
13:57So, I've been at the Ohio State University for five years, and during that time we've introduced over
14:04three new multidisciplinary precision neurology clinics, and some of these are unique.
14:13These clinics include, for example, a young onset dementia clinic. This is for people who develop cognitive
14:20symptoms before the age of 60, and the clinic is staffed by a dedicated neurocognitive neurologist, as well as a
14:28neuropsychologist, a genetic counselor, speech therapist, and a social worker. All who are focused on that
14:35subgroup of patients provide moralistic, what I call, unfragmented care. But another clinic is a
14:44chemotherapy and use neuropathy clinic that we forged in collaboration with our cancer center. So patients who develop
14:52neuropathy while being treated for cancer can be seen in this clinic, once again, it's multidisciplinary
14:59with the neuromuscular neurologists, the pain specialists, and these clinics not only optimize clinical
15:11management, but they are wonderful for teaching our young neurologists and training. They also serve as a
15:21immunitis for research. So we are collecting samples from patients to each of these clinics, and they're very well
15:27characterized in terms of their deficits, but counting factors, making sure that competing diagnoses are
15:36they're very well developed. And this helps fuel our site to bench and back approach to neurological research.
15:48Mind state is key.
15:50But
16:04So, how can states experience with clinical trials be used to help deprove healthcare in Saudi Arabia?
16:15While clinical trials are critical for moving the field forward and testing the newest ideas in terms of treatment and
16:24management of neurological diseases, our department of neurology conducted over 350 clinical trials and studies itself last year.
16:34And we have a very elaborate critical mass of clinical trial coordinators and managers. We have 41 principal investigators who
16:43are focusing on clinical trials. These are positions on our faculty. So we've become quite experts in how to design
16:51and conduct experimental therapeutic research.
16:56We are very interested in partnering with colleagues in Saudi Arabia in order to demonstrate that a drug which is
17:09proven to be effective in patients in the United States is equally affected in a couple of patients in the
17:17Middle East.
17:17Also, side effects may be different from one population to the other. So it is important to conduct clinical research
17:27on a scale and make sure that the results are consistent.
17:46So last thoughts. This is my first time visiting Saudi Arabia, and I have been extremely impressed.
17:54Our hosts see people in general incredibly hospitable, and visiting teeth based on a hospital. It is so clear that
18:05that group of neurologists have acquired a high degree of expertise and are on a steep positive trajectory to try
18:14to build the confidence in terms of translation and research.
18:18So we're very excited about future alliances and working together as partners in research and clinical experience.
18:29And it's your sick with me beneficial to both us at the Ohio State University and our colleagues at Keith
18:37Basel and other institutions in Saudi Arabia.
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