#Multiple Sclerosis treatment cost

[stemcelltherapyinindia]

Minimum Cost for Multiple Sclerosis Stem Cell Therapy in India

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[thepenguinhbo]

looking up how much my current meds (ocrevus) cost outside of any medical refund systems and bruh, we need to abolish capitalism asap, this shit costs over 20k dollars per infusion................................

[medacess]

Budget-Friendly Stem Cell Treatment for Multiple Sclerosis in Mumbai, India

Looking for affordable and effective treatment for Multiple Sclerosis? We offers advanced stem cell therapy in India that can help manage symptoms, slow disease progression, and improve quality of life—without breaking the bank!

[rebirthgarments]

TW: Chemical w-rfare, Ab-rtion

Urgent Ask to evacuate Nara, a 🍉 disabled woman with MS who also has pancreatic cancer due to chemical w-rfare.

Support by financially contributing to her @FedUp4Palestine vetted funhnd-raizer (that I personally vetted): givebutter.com/NaraMedicalAid

+ resharing/ reposting this post!

I, Sky Cubacub- a Fed up 4 Palestine team member, have been in direct contact with Nara to get to know her and her story more over the past few days. We have become fast friends due to so many overlapping symptoms of our disabilities. Nara’s story caught my eye because I have post-viral ME/CFS which many times is a precursor to MS. I really want my disability community to show up for her to get this campaign funded that is so close to my heart so that she can continue medical treatment.

We have chatted extensively! During our chats, I found out from Nara that she had not previously had health issues until she was exposed in the white phosphorus attack in 2008. The long lasting damage and effects of phosphorus continue to compound and become more and more disabling to this day, even after 16 years.

Here is her story in her own words (edited for clarity):

“Hi I'm Nara,

I'm a cancer and multiple sclerosis patient. I need treatment, examinations, and follow-up on a regular basis, but the hospitals in which I used to follow up were bombed and the other one was turned into military barracks. All I need now is to leave Gaza for treatment, preserve my life, and live with my family in peace.

We're a family of 4, including my 12 and 7 year old children.

I had been diagnosed with a tumor in the pancreas as a result of inhaling phosphorus in a previous war. A couple years after being exposed to phosphorus, I became pregnant, and the fetus was pressing on the tumor, which drew the doctor’s attention to the cancer. My fetus was emergency aborted, and the spleen, 80% of the pancreas, and part of the small intestine were removed. I complained every now and then of a lot of pain as a result of the removal of part of the pancreas. I was having follow up care in the Turkish Friendship Hospital for hematology and tumors. But since the beginning of October, I have not been able to follow up because the hospital has turned into a military barracks.

The remaining part is talking about multiple sclerosis:

In 2018, I was diagnosed with multiple sclerosis. I had many complications, such as inflammation of the seventh nerve in the eye, the inability to walk with balance, movement with difficulty, and many symptoms. I was then required to take 12 injections every month and many medications and vitamins. I was following up at the Nasser Medical Complex in Khan Yunis, but unfortunately the hospital was out of service due to the war. So for a long time I have not received any injections. MS is truly difficult and it controls my life completely, and the attacks occur in many and varied ways.”

A note about her breathing apparatus:

Because people in displacement have to wait in long queues and pay to use the bathroom, Nara had started to restrict her water intake because of a UTI she never has been able to heal from. This has created a problem with raised levels of potassium, so doctors have placed her on oxygen for fear of the potassium affecting her heart.

Goals

she needs at least $15,000 to evacuate

2 adults at $5,000 each

2 children at $2,500 each

this price is subject to increase due to the cost of registration for evacuation continuing to go up

The other money will go to the cost of treatment and living costs.

Nara chooses to stay anonymous because she has had to mask her disabilities so much that only her family knows about her MS and Cancer, so we have not linked her instagram, but we are in direct contact with her and can verify that she is who she says she is! Because of this, she cannot promote her own fundraiser, so it is our job to collectively do it for her!

[Image Description: a digital illustration by @k8deciccio of Nara, a Pal-eh-stienian woman wearing a black hijab/outfit with purple highlights. She has a breathing apparatus that is bulbous that goes in her nose. Text Reads: Help Narawith Cancer and MS Treatment, She Must Evacuate with her family of 4. $30k goal givebutter.com/NaraMedicalAid . There is a QR code in the bottom right corner that goes to her support link. The @FedUp4Palestine logo is in the top left corner.]

[seventhscorpio]

GAZA FUNDS MASTERPOST

Recently many Palestinians from Gaza have reached out to me for help; I'm donating what I can, but as an unemployed student my resources are limited, and sharing their stories is the second best thing I can do. Each of them *is* a person with a story rather than just another fundraiser link, and right now, each of them is in mortal danger. Please consider donating, even if all you can give is a couple dollars. Any amount WILL make a difference!!!

(Last updated Oct. 15, 2024)

@aseelo680 https://gofund.me/16fe6e48 $52,779/100.000 Aseel's mother is sick and needs expensive treatment, and her father had a stroke. They lost friends, family members, and all their possessions.

@hanaa96yousef https://gofund.me/16482899 £28,330/50,000 Hanaa has a 2yo son Yousef. She is suffering from several diseases due to drinking contaminated water and needs treatment.

@naseer220 https://gofund.me/4be10ad5 £9,397/20,000 Israa is taking care for her 2yo son, 2-month-old daughter, and a bedridden father who has cancer and needs urgent surgery. Her husband went missing 8 months ago.

@monis-family2 https://gofund.me/dcee6396 $4,203/41.300 Monis has cancer and his wife is sick with polio. They need medicine that costs $100 every three days, and they have no chance of treatment in Gaza.

@omarmohammed2 https://gofund.me/8796dd9f €1,164/25,000 Omar lost his family in the war save for his brother Mohammed, who suffers from multiple sclerosis and needs treatment. They also need basic necessities to survive the winter.

@karemanfamilye https://gofund.me/59d321bd $11,033/20,000 Kareman lives in a tent with her husband Ayman and their baby son Hamound. Due to contaminated food and water, Hamound constantly gets sick, and the conditions the family lives in are unbearable.

@sfaamq10 https://gofund.me/9955bd5a $22,058/75,000 Before the war, Safaa was studying to be a lawyer. She lost her home and relatives, and had to give birth to her son Amir in difficult conditions. Her father had a stroke, and her mother suffers from diabetes and her condition is getting worse.

@lendaabdalhadi https://gofund.me/34901cf7 €646/30.000 Linda got separated from her husband when the war started. She was pregnant, but due to the lack of food and medicine she suffered a miscarriage, and last April she also lost her beloved older brother.

@ahmed-al-saidi-11 https://gofund.me/9da4f51b £1,812/30,000 Ahmed's family is living in inhuman conditions, without food, electricity or running water. His son Qusay is after a difficult throat surgery but doesn't have access to medical care; both his parents are elderly people with heart diseases.

@mhammedmosa37 https://gofund.me/66f6d9fd $4,350/20,000 Muhammad has a baby son who was born during the war in difficult circumstances. Their family needs food, diapers and milk, and is collecting funds to escape gaza.

@fidaa-family2 https://gofund.me/94b9dfe0 $55,900/75,000 Fidaa gave birth two months ago in horrific conditions. She needs food and medication for her 2yo daughter Sila and infant son Muhammad Ahr.

@ahlamramadan1 https://gofund.me/61f1dd1f €2,230/30,00. Ahlam suffers from kidney failure and needs dialysis 3 times a week. She is in dire need of treatment.

@tahrir12 https://gofund.me/2119998c $11,888/65,000 A large family in a critical condition, including children with severe injuries: toddler Ameer with a broken pelivs, and Khamees, who is after surgery and needs appropriate medication.

@free-gaza2 https://gofund.me/9e4024a3 $7,071/12,000 Doaa escaped Gaza and is collecting funds to buy a sewing machine and restart her business so she could continue to support her family and autistic son. Her husband is still in Gaza.

@hashem19798 https://gofund.me/0dfe3470 $4,020/60,000 Hashem's family of six is trapped in Gaza in dire need of shelter, and Hashem herself has been injured.

@malakalmughrabi https://gofund.me/f4eac6d9 €766,/25,000 Malak, her husband and 3yo son are homeless after their house was destroyed in a bombing.

@khawla-gfm2 https://gofund.me/5050ded3 $13,445/20,000 Khawla's son contracted hepatitis from drinking contaminated water. They have no food or medicine, not even milk for her youngest baby.

@hyamshehabb https://gofund.me/3e0c4580 €13,814/25,000 A family of 6, including two children and two elderly people who are sick and in need of treatment.

@wafaaresh6 https://gofund.me/4ae11497 $46,495/50,000 Wafa's mother has a chronic illness and needs urgent surgery.

@asmmma-family https://gofund.me/791dc07f $7,504/20,000 Asmaa's family lost their newly-built house and are now living without food, water, and shelter. The funds will be used to evacuate them from Gaza.

@falestine-yousef https://gofund.me/77ca82d7 $7,504/20,000 Palestine gave birth to her son Yousef during the war. They live in unsanitary conditions and need medicine, food and diapers for the baby.

"I am strong when you help me and stand by my side." - @monis-family2

[p0tat0-g0ddess]

Please help my best friend's family afford a new car and medical bills

UPDATE 7/15/24: We've raised 15% of our goal!! Thank you so much to everyone who has donated!

G has been having additional struggles since I made this post. Testing revealed that she has warning signs for Multiple Sclerosis, which one of her sisters has. Their family also had a sewage pipe burst and contaminate one of her brothers' bedrooms. She's still in a lot of pain, and struggling mentally and emotionally as well. Thank you all so much for your prayers and shares.

UPDATE 8/28/24: G's family had to move out of their home temporarily due to black mold growing following the sewage pipe bursting, but they are back in their home now. G is in so much pain that she is looked into getting a wheelchair, and is currently working on getting surgery scheduled for her spine. They are still struggling, but they are surviving.

__

Hiya y'all. I wanna tell you a little bit about my best friend.

She's very private online, so I'm not going to share her name, especially since she doesn't know that I'm making this fundraiser, so we're gonna call her G. G is the hardest working person I've ever known. She's in her young 20s and is the oldest of seven children in her family, supported by their hardworking mother. She's been working for her family's sake for her entire life, throughout custody battles, a plethora of genetic health issues, and the financial burden that being a single mother of seven brings on. She is an incredible artist and writer, and is an art teacher as well as running a YouTube channel. She's funny, intelligent, and is one of my favorite people in the world.

About three weeks ago, G and her mother were rammed from behind while driving on the highway at night.

Their minivan was totaled, leaving them with two sedans in the family, and G has a spinal injury. She is in severe pain all the time, and is bedridden as she risks paralysis of her lower body. She will be unable to work for at least the summer, and it's unlikely that she'll be able to work during the fall semester either. While she is receiving medical treatment that is paid for by the offending driver's insurance, her progress is slow to nonexistent.

Her family managed to get a new minivan, but it cost them $20,000 that they didn't have. Today, her brother's sedan burst into flames in a parking lot, harming no one but torching the car and everything inside. G is distraught and struggling heavily with her mental health as well as physical.

I wish I could help support them financially, but being unemployed myself I have very little that I can give, so I'm making this fundraiser instead. I've asked her several times to consider making a gofundme, but she's been hesitant, so I'm making one in her stead. Please consider donating, I know it's a bit of a cliche but every dollar helps, and if you can't donate please consider sharing. Thank you for reading.

[covid-safer-hotties]

Also preserved in our archive

The cost is set to go far beyond human suffering, yet almost five years into the pandemic, not only are there still no treatments for long Covid, there aren’t even any diagnostic tools – and we don’t seem overly interested in finding them.

The jig is up. People are catching on that “mild” Covid-19 may not be so mild, and that the mysterious lingering symptoms they’ve experienced after catching the virus, such as fatigue and brain fog, may just be connected. For others, this will be the first time that they put two and two together. I hate to be the bearer of bad news, but strap in for what comes next.

Recently, RNZ ran a piece outlining the estimated $2bn per year economic cost of long Covid in New Zealand and signalling that further research would be needed to determine a more precise figure. The average reader would assume that this research is under way or has at least been planned and funded. Human suffering aside, such a hit to productivity would surely raise alarm bells across the political spectrum!

I say this solemnly: yeah… nah.

Almost five years into the pandemic, not only are there still no treatments for long Covid, there also aren’t even any diagnostic tools – and we don’t seem overly interested in finding them.

At present, a long Covid diagnosis relies on a patient finding a doctor with up-to-date knowledge, who will believe their symptoms, and who will spend time investigating further to rule out other possibilities. This mythical trifecta is out of reach for most people, particularly women, who are affected by immune conditions at far higher rates, but have their symptoms written off as hysteria; and Māori and Pasifika, who face barriers to healthcare, and have their symptoms written off as laziness. Obtaining accurate data on prevalence under these circumstances is simply impossible.

In this way, and several others, long Covid mirrors ME/CFS (myalgic encephalomyelitis), a brutally debilitating biophysical condition, though the oft misused term “chronic fatigue” doesn’t quite convey that. Around half of long Covid sufferers meet the criteria for ME/CFS, which by the World Health Organization’s scale has a worse disease burden than HIV/Aids, multiple sclerosis (MS), and many forms of cancer. But again, there are no treatments.

I suffer from ME/CFS myself. My illness predates Covid-19 and came on after an infection with cytomegalovirus (CMV). I went from a fit and active young man to debilitatingly sick and fatigued, with several unexplained symptoms.

Pre-pandemic there was estimated to be more than 25,000 people in New Zealand suffering from ME/CFS, and only one specialist in the country, working one day a week, who has since retired (well earned, bless her). For years I had been praying for any sort of diagnosis, even if it was bad, so that I could get on the path to recovery. I got the diagnosis – but for a disease with no path to recovery.

As the pandemic unfolded, patients and advocates in the ME/CFS community warned that a tsunami of disability was approaching. They were of course ignored, as they have been for decades, and are now joined by masses of long Covid sufferers facing the reality that the medical profession has no answers for them, except perhaps euthanasia.

Frustrated with my lack of options, I connected with cellular immunologist Dr Anna Brooks, who had become a leading expert on long Covid, so I assumed that her biomedical research would be well supported. Alas, she detailed the uphill grind that it’s been to gain traction compared to other countries, and that generous donations, usually from patients themselves, had been the driving force of funding.

Together we founded DysImmune Research Aotearoa, with the goal of developing diagnostic tools leading to treatment for post-viral illnesses like long Covid and ME/CFS. In layman’s terms, we collect blood samples, analyse differences in cells, and put together an immune profile. My priority is ensuring that Māori and Pasifika patients and researchers are at the table and taking action into our own hands.

We’ve made a small start, and we have some incredible collaborations lined up, with far-reaching implications for community health. We’re in the process of seeking partnerships to take things forward. The expertise exists, it’s here in New Zealand. Still, the barrier to progress across the research space is the urgency for resourcing. It is dire to say the least.

Without some long-term project certainty, it’s difficult to pull the necessary teams together. While study after study illuminates more horrifying long-term effects of Covid infections, and prevention has been completely abandoned, research and development for treatments for long Covid is tanking. The private sector is at the whim of the quarterly financial report, and with no guaranteed short-term profit in treating us, it has very little incentive to take the risk.

So, barring some philanthropic miracle, only government can fill this gap. Yet where Australia had set aside A$50m specifically for long Covid research, and the US Senate considers a billion-dollar long Covid “moonshot” bill, New Zealand has allocated nothing. We’re fast asleep at the wheel. No other country can determine how many of our people are impacted by post-viral illnesses. No other country can address our specific needs.

Since this government is focused on ambition, productivity and fast-tracking, I assume they’d want to be world leaders in research, warp-speed some projects, and get long Covid sufferers back into work, no? This is what we are calling for. Not surveys. Not “talk” therapy and positive thinking. Biomedical research.

Put the money down and commit to this. Seize this opportunity to right decades of neglect. There are tens of thousands of us fighting for our lives, and millions more around the world. You think it won’t be you, then after your next inevitable Covid-19 reinfection, it is, and you’re left to wonder why nobody stepped up.

Government, iwi and whānau ora groups, health organisations, philanthropists – reach out. Let’s work.

Rohan Botica (Te Ātihaunui-a-Pāpārangi, Ngāti Tūwharetoa) is a lived-experience researcher and co-founder of DysImmune Research Aotearoa.

[racheldenugent]

As some of you may know, my husband has had Multiple Sclerosis for 25 years or so. Over that time, certain treatments and more than a few accidents caused by falling over or into things, most of his teeth have been damaged to the stage that our dentist has given him a dental plate to wear.

Unfortunately he has a severe gag reflex when wearing it and his weight has dropped drastically because of the difficulty he has in eating with or without the plate. This is causing real concern for me and those close to us.

It has also had an impact on his (and thereby my) mental health. He avoids speaking with people, socialising and only leaves the house when he absolutely has to.

Our dentist tells us that in his opinion, because of the damage done, the only viable solution would be dental implants. The cost of this procedure is way beyond our means with our income, and we find ourselves in the embarrassing position of seeking help.

Between his disability income and what I make, we will save as much as we can, but it would take years to reach the target. We are not asking for the full cost of the procedure but a portion of it. We will also do our part and cut corners and make hard decisions where necessary - To this end we have set up a GoFundMe page which was a heart wrenching and humiliating decision to make but we can't do this without the kindness and generosity of others.

Please share this far and wide, even if you can't contribute. Any contribution, be it pennies or pounds will be gratefully received with thanks from the bottom of our hearts. I want to see him smile again.

[sassypotatoe1]

A comprehensive list of things chiropractors can treat or cure by clicking your back, according to old lady gossip circle:

Multiple sclerosis

Diabetes

Asthma

Cardiovascular disease

Ibs

Chrons disease

Immunocompromization

Your fight or flight response

Anxiety

Depression

Neurological conditions like tourettes

Lymph node drainage

Infertility

Endometriosis

Pcos

Virtigo

Chronic pain caused by "inflammation" which is not actual inflammation but refers to conditions like arthritis and osteoporosis

Chronic pain in general

Tuberculosis by way of lung massages that put more air in the muscles and makes breathing easier

Difficult pregnancy

It has to be noted that chiropractors can treat exactly 0 of these conditions, and chiropractic "treatments" can not even provide relief for most of these. Chiropractors can massage and stretch you, providing temporary relief for pain caused by injury, muscle tension or cramps. They can not even address the underlying cause of these issues. They do not require a medical degree to practice, and they aren't covered by most medical insurance FOR A REASON. you can get the same effect from your hairdresser giving you a neck massage while shampooing you and that does not cost an arm and a leg.

Chiropractors are exploitative quacks who make bold claims and use big words to make money off your suffering. If you want to treat an injury go to a physical therapist who has a medical degree or sport science doctorate at least, or ideally a biokineticist. If you want to treat ANY OF THE REST OF THESE go to your GP, get a referral to a specialist with a PhD in their selected medical field that they got from medical school, and treat it with clinical evidence based intervention.

For the love of God if you want your back clicked pay a chiropractor a fuck ton of money but don't expect a cure to come for your chronic illness from theatrics and some stretching.

[ammg-old2]

Chronic illness is well hidden from society.

Before I had a name for what ailed my body, I thought of myself as dehydrated and out of shape. I believed that the physical discomfort I’d experienced for years — numbness, pain, tingling and pins-and-needles sensations throughout my body — must be traceable to a cause of my own making. At that time, I looked at chronic illness as an outsider. It was a thing that happened to others, not to me.

That changed on Christmas Eve 2014, when a neurologist at NewYork-Presbyterian Hospital read my M.R.I. and confirmed that I had relapsing-remitting multiple sclerosis. This form of the disease, as the name implies, is characterized by unexpected flare-ups and periods of remission.

I was 26. I realized right then that my dream of being an artist, and the unconventional lifestyle I expected along with it, was over before it began. Four months after my diagnosis, I received my first infusion of high-dose intravenous steroids. In the fall of 2015, under the care of a neurologist, I began a monthly intravenous treatment of medication that blocks immune cells from entering the brain and spinal cord. I travel 65 miles to a site in the Hudson Valley for the infusion therapy.

Treatment has been successful, and I have remained in a state of remission while taking it as recommended — every 28 days, indefinitely. But even today, nine years into managing the illness, I struggle with the chronic nature of my condition. I am always aware that if lose my access to regular treatment, I’ll be at risk of severe disability.

Though I don’t like to admit it, every choice I make is determined by my need to maintain uninterrupted access to medical care. This has made my illness the truest navigational force of my life. Rather than orient myself to the cycle of the moon, I orient myself to the cycle of infusion. And it has become a system in my creative work. My body is a clock.

Every 28 days, I point the camera toward myself to document my illness and care. I have used my time as a patient in the infusion suite, a place where I sometimes feel powerless, to reclaim my autonomy as an artist and photographer.

In the infusion suite, both my body and my mind become containers for information. My body holds the new intelligence of the medical drip. As the fluid flows through my body and into my bloodstream, my mind is usually inundated with information from the staff.

Since my diagnosis I’ve thought often of my aunt, who has lived with progressive multiple sclerosis for years. Without health insurance, she did not have access to advanced imaging, diagnostic testing, medication or lifestyle guidance until her disease was very advanced. Instead, she found ways to self-medicate. Now in her early 60s, she is immobile, hardly able to speak and unable to navigate the social programs for which she is eligible.

Whether or not we’re aware of it, we all live in fragile bodies that require tremendous care and attention to function. Each and every one of us exists on a spectrum of illness, often dipping in and out of it. And yet, we also exist in a culture where it is taboo to talk about being sick, and the taboo can allow shame to fester among those who are chronically ill.

Still, I choose not to dwell on the scarier moments of managing the disease — the psychological burden and angst caused by my symptoms as well as the precarity and inhumanity of health care access and costs in the United States. The sophisticated treatments that exist today make this the best time in history to live with multiple sclerosis — if you can get access to care. The politics of this cannot be avoided. To be sick is political.

Maintaining all the pieces to continue to receive care in the current system is exhausting and stressful to navigate. Patient education and advocacy have been critical to my health care experience.

I came of age and of illness after the Obama-era Affordable Care Act established protections for people with pre-existing and chronic conditions. Yet even with this framework and my participation in private insurance, now supplemented by my employer, the recurring thought of losing my coverage and being denied my medication causes me much distress.

We are not prepared for problems that cannot be solved, and living with that reality is part of being chronically ill. There is no practical end. How do we break the silence to begin to discuss pain, loss, a broken health insurance economy, overworked nurses and the precarity of care?

With the coming 2024 presidential election, there will surely be renewed calls to repeal and replace Obamacare. The threat and fear of losing access to care will loom for millions. Even with the recent and ongoing events of the Covid pandemic, an adequate and sustainable system remains out of reach. Hundreds of thousands of Americans have already lost and are still losing access to care as Medicaid pandemic protections expire.

Political responses to this crisis of care matter. But so do personal and artistic ones. What if chronic illness, long concealed and misrepresented by popular culture, was made more visible? What if it was more often a subject for art?

[is-the-post-reliable]

requested by @caecilians

RATING: MOSTLY RELIABLE

The statistic on Canada's cost threshold is outdated, as the threshold has since been increased to $24,057 per year. The information may be somewhat over simplified, but is generally correct.

Australia and New Zealand both deny visas on the basis of potential medical costs, including for autism.

Source: 'People seeking long-term visas for either country must undergo rigorous medical screening. Those who may pose a significant cost to the taxpayer over a period of five years — measured at about $45,000 in New Zealand and about $32,000 in Australia — or who have medical conditions considered especially costly have their visa applications denied. Having private health insurance makes no difference, and being born in either country does not confer automatic citizenship.

Across both countries, over 1,600 people are affected by the policies each year. People have been turned away with conditions as varied as autism, obesity, intellectual disability, lupus and multiple sclerosis.'

The US can deny visas on the basis of a mental or physical disorder only if there is 'harmful behaviour' associated with the disoder.

Source: 'Applicants who have physical or mental disorders and harmful behavior associated with those disorders are inadmissible. [2] The inadmissibility ground is divided into two subcategories:

Current physical or mental disorders, with associated harmful behavior. 

Past physical or mental disorders, with associated harmful behavior that is likely to recur or lead to other harmful behavior.'

In the UK, anyone staying for more than 6 months require a medical examination, and can be denied for health issues that may prevent them from supporting themselves or require major treatment.

Source: 'The objective of the medical examination and recommendation is to prevent the entry of, or bring to notice, persons who if admitted to the UK might:

endanger the health of other persons in the UK; or

be unable for medical reasons to support themselves and or dependants in the UK; or

require major medical treatment (for which an entry clearance application has not been made).'

Canada changed their immigration laws in 2017, increasing the support needs threshold to $20,000, as stated in the video. The threshold has since been increased to $24,057 per year.

Source: 'As currently written, the law allows the government to deny residency to an entire family if even one person in the group has a disability or medical condition that could place “excessive demand” on Canada’s publicly funded health and social service systems – meaning it will cost more than $6,655 a year to care for them, a figure the government says was the average, per-capita health and social service spending in Canada in 2016.

But after Monday’s announcement, Canada will no longer consider certain costs when deciding if someone can come to Canada – such as special education costs for children with intellectual disabilities. The government said it will also triple the cost threshold for denying someone based on medical conditions to nearly $20,000 a year.'

It is difficult to provide any statistics on how many people disclose their autism during a visa application, so I cannot speak to the accuracy of this statement.

This is exactly what I mean when I say the society even more “progressive” societies are inherently ableist

[gsuniversityofficial]

How Early Detection Can Transform Outcomes in Neurological Conditions

Neurological conditions encompass many disorders that affect the brain, spinal cord, and nervous system. These conditions, if not detected early, can significantly impact a person's quality of life. Early detection plays a crucial role in improving outcomes, reducing complications, and offering better treatment options.

At GS Hospital, recognized as one of the Best Neuro Hospital in Ghaziabad and among the Top 10 Private Hospitals in Uttar Pradesh, we prioritize early diagnosis and advanced treatment for neurological conditions. In this article, we'll explore how early detection can transform neurological outcomes, the importance of timely medical intervention, and the role GS Hospital plays in offering exceptional neurological care.

Understanding Neurological Conditions:

Neurological conditions refer to disorders that affect the brain, spinal cord, and nerves. Some common examples include:

Stroke

Epilepsy

Parkinson's Disease

Multiple Sclerosis

Alzheimer's Disease

Brain Tumors

Each condition comes with its set of symptoms, complications, and treatment options. However, what remains constant is the importance of detecting these conditions at the earliest stages.

Why Early Detection Matters in Neurological Conditions:

Early detection of neurological disorders plays a crucial role in improving patient outcomes, enhancing quality of life, and minimizing long-term complications. Neurological conditions, such as Alzheimer's disease, Parkinson's disease, epilepsy, multiple sclerosis, and stroke, often progress silently before noticeable symptoms emerge. Identifying these conditions in their early stages offers significant advantages across multiple dimensions.

1. Improved Treatment Options:

Early diagnosis allows for timely initiation of treatment plans tailored to the patient’s condition.

Many neurological disorders respond better to early therapeutic interventions, reducing the severity of symptoms.

Less invasive and more effective treatments are often available in the early stages.

 

2. Prevention of Disease Progression:

Progressive neurological disorders, such as Parkinson's and Alzheimer's, worsen over time.

Early intervention can delay or slow disease progression, preserving cognitive and motor functions.

Preventing complications reduces the need for advanced care or surgical interventions.

 

3. Better Quality of Life:

Managing symptoms in the early stages can significantly improve day-to-day functioning.

Patients are more likely to maintain independence and mobility with early symptom control.

Psychological benefits, including reduced anxiety and improved emotional well-being, are significant outcomes of early diagnosis.

 

4. Cost-Effective Care:

Early detection often reduces the financial burden associated with long-term treatments and hospitalizations.

It minimizes the need for complex surgical procedures or intensive therapies in advanced stages.

Preventive care and early symptom management contribute to better resource utilization in healthcare settings.

 

5. Enhanced Support Systems:

Early diagnosis allows patients and families to plan for the future more effectively.

Access to support groups, counseling services, and rehabilitation programs can be initiated early.

Caregivers can receive timely training and guidance for managing the condition at home.

Common Warning Signs of Neurological Disorders:

Recognizing the early warning signs of neurological disorders is essential for timely diagnosis and treatment. Neurological conditions can affect the brain, spinal cord, and nervous system, leading to a wide range of physical, cognitive, and emotional symptoms. Prompt medical attention can significantly improve outcomes, prevent complications, and enhance the quality of life for those affected.

1. Persistent Headaches:

Frequent or severe headaches, especially if they worsen over time.

Headaches accompanied by nausea, vomiting, or sensitivity to light and sound.

Sudden and intense headaches that feel different from usual migraines.

 

2. Vision Problems:

Sudden loss of vision or blurred and double vision.

Difficulty focusing on objects or seeing flashes of light.

Changes in peripheral vision or unexplained visual disturbances.

 

3. Speech and Communication Issues:

Difficulty speaking clearly or slurred speech.

Struggling to find the right words or construct coherent sentences.

Problems in understanding spoken or written language.

 

4. Muscle Weakness or Numbness:

Weakness in one or more limbs, often on one side of the body.

Persistent tingling, numbness, or a "pins and needles" sensation.

Difficulty holding objects, buttoning a shirt, or performing fine motor tasks.

 

5. Loss of Balance and Coordination:

Trouble walking steadily or frequent loss of balance.

Unexplained dizziness or vertigo-like sensations.

Sudden inability to perform coordinated movements.

 

6. Cognitive and Memory Issues:

Persistent memory loss or forgetfulness beyond normal aging.

Confusion about time, place, or identity of people.

Difficulty with concentration, planning, or problem-solving.

 

7. Seizures or Involuntary Movements:

Sudden, uncontrollable jerking or twitching movements.

Episodes of blackouts or loss of consciousness.

Recurring seizures or tremors without an obvious cause.

 

8. Chronic Fatigue or Sleep Disturbances:

Extreme fatigue even after adequate rest.

Difficulty falling asleep or staying asleep.

Excessive daytime sleepiness or unrefreshing sleep.

 

The Importance of Early Detection in Neurology:

Early detection of neurological disorders is a critical factor in preventing severe complications, improving outcomes, and preserving quality of life. Neurological conditions such as Alzheimer's disease, Parkinson's disease, epilepsy, and multiple sclerosis often present subtle early symptoms that can go unnoticed without proper evaluation. At GS Hospital, recognized as one of the 10 Best Neurology Hospitals in Uttar Pradesh, early diagnosis is prioritized through cutting-edge diagnostic technologies and expert neurological care.

Key Benefits of Early Detection in Neurological Disorders:

1. Better Prognosis:

Slower Disease Progression: Timely intervention can decelerate the advancement of progressive diseases such as Parkinson’s or Alzheimer’s.

Prevent Irreversible Damage: Early treatment minimizes the risk of permanent brain or nerve damage.

Enhanced Recovery Rates: Early interventions increase the chances of partial or full recovery in conditions like stroke.

2. Improved Quality of Life:

Symptom Management: Early diagnosis allows for better control of symptoms, reducing their impact on daily activities.

Preserving Independence: Prevents severe disabilities that can limit mobility, communication, and cognitive functions.

Psychological Well-being: Patients and families are better prepared emotionally and mentally to handle the condition.

3. Cost-Effective Treatment:

Lower Long-Term Costs: Early intervention reduces the financial burden of prolonged hospital stays and complex treatments.

Reduced Dependency on Advanced Therapies: Conditions detected early often respond to non-invasive therapies, minimizing surgical interventions.

Avoiding Emergency Situations: Timely diagnosis prevents complications that could lead to costly emergency care.

4. Enhanced Treatment Options:

Wider Range of Therapies: Many treatments are more effective in the early stages of neurological diseases.

Personalized Care Plans: Early detection allows for tailored treatment strategies suited to the patient's unique condition.

Proactive Symptom Control: Preventing symptoms from becoming unmanageable improves patient outcomes.

 

Role of Advanced Diagnostics in Early Detection of Neurological Disorders:

Early detection of neurological disorders is crucial for effective treatment and improved patient outcomes. At GS Hospital, one of the Top Neurology Hospitals in Uttar Pradesh, we prioritize early diagnosis through state-of-the-art diagnostic tools and technologies. Our advanced diagnostic infrastructure ensures accurate identification of neurological conditions, enabling targeted and timely interventions.

1. MRI (Magnetic Resonance Imaging):

High-Resolution Imaging: Provides detailed images of the brain, spinal cord, and nervous system.

Early Abnormality Detection: Identifies tumors, strokes, multiple sclerosis, and structural brain abnormalities.

Non-Invasive Procedure: Safe and effective with no exposure to radiation.

Functional MRI (fMRI): Measures brain activity by detecting changes in blood flow.

 

2. CT (Computed Tomography) Scans:

Quick and Effective Imaging: Delivers rapid imaging results, especially in emergency situations.

Detailed Cross-Sectional Images: Helpful for detecting brain hemorrhages, traumatic injuries, and tumors.

Guidance for Procedures: Used to guide surgical interventions and biopsies.

 

3. Electroencephalography (EEG):

Brain Activity Monitoring: Records electrical activity in the brain to detect irregularities.

Seizure Diagnosis: Effective in identifying epilepsy and other seizure disorders.

Sleep Disorders: Helps diagnose neurological sleep-related issues.

Non-Invasive Procedure: Safe and painless diagnostic method.

 

4. Electromyography (EMG):

Nerve and Muscle Function Assessment: Measures electrical activity in muscles and nerve cells.

Neuromuscular Disorders Diagnosis: Detects conditions like ALS, peripheral neuropathy, and muscular dystrophy.

Real-Time Results: Provides immediate feedback for accurate diagnosis.

 

5. Lumbar Puncture (Spinal Tap):

Cerebrospinal Fluid Analysis: Helps detect infections, bleeding, or autoimmune diseases affecting the nervous system.

Diagnosis of Meningitis and Encephalitis: Essential in identifying inflammation or infection in the brain and spinal cord.

Measurement of Pressure Levels: Assesses intracranial pressure and cerebrospinal fluid abnormalities.

 

6. Advanced Neuro-Imaging Techniques:

PET (Positron Emission Tomography): Identifies changes in brain metabolism.

SPECT (Single Photon Emission Computed Tomography): Evaluates blood flow and brain function.

Transcranial Doppler Ultrasound: Measures blood flow in brain arteries.

 

Advantages of Advanced Diagnostics at GS Hospital:

Early and Accurate Detection: Enables precise diagnosis of complex neurological disorders.

Personalized Treatment Plans: Diagnostics guide customized treatment strategies.

Minimized Risk of Complications: Early identification reduces the chances of disease progression.

State-of-the-Art Technology: Access to the latest diagnostic equipment ensures top-quality care.

 

Why Choose GS Hospital for Neurological Diagnostics?:

Expert Neurologists: Highly experienced specialists in neurological diagnostics.

Comprehensive Testing Facilities: All major diagnostic tools under one roof.

Patient-Centric Approach: Ensuring comfort and care throughout diagnostic procedures.

Accurate Reporting: Reliable and timely diagnostic reports for better treatment outcomes.

 

Comprehensive Treatment Options for Neurological Conditions at GS Hospital:

At GS Hospital, recognized as one of the Best Neurosurgery Hospitals in UP, we are dedicated to providing personalized and evidence-based treatment plans for a wide range of neurological disorders. Our team of highly qualified neurologists, neurosurgeons, and rehabilitation specialists collaborates to deliver holistic care that addresses both the root causes and symptoms of neurological conditions.

1. Medication Management:

Targeted Therapies: Customized medications for conditions such as epilepsy, Parkinson’s disease, and multiple sclerosis.

Symptom Control: Effective management of pain, tremors, and muscle stiffness.

Preventive Medications: To reduce the risk of seizures, stroke, or disease progression.

Regular Monitoring: Ongoing assessment to adjust dosages and minimize side effects.

 

2. Surgical Interventions:

For conditions that do not respond to medications, surgical procedures offer life-changing results.

Brain Tumor Surgery: Removal of benign or malignant brain tumors with precision techniques.

Deep Brain Stimulation (DBS): Used for Parkinson’s disease and movement disorders.

Spinal Surgeries: Addressing spinal cord injuries, disc herniation, and spinal stenosis.

Minimally Invasive Techniques: Faster recovery, smaller incisions, and reduced hospital stays.

 

3. Rehabilitation Therapies:

Rehabilitation plays a critical role in helping patients regain independence and improve their quality of life.

Physical Therapy: Improves mobility, balance, and coordination.

Occupational Therapy: Helps patients adapt to daily activities.

Speech Therapy: Assists with speech, swallowing, and cognitive impairments.

Cognitive Rehabilitation: Enhances memory, problem-solving, and focus.

 

4. Lifestyle Modifications:

Lifestyle changes can significantly impact neurological health and prevent disease progression.

Balanced Diet: A diet rich in antioxidants, omega-3 fatty acids, and essential nutrients.

Regular Exercise: Improves brain function, blood circulation, and stress management.

Stress Reduction Techniques: Mindfulness, meditation, and adequate rest.

Avoidance of Neurotoxins: Limiting alcohol consumption and avoiding harmful substances.

 

5. Advanced Therapies and Cutting-Edge Technologies:

Neurostimulation Therapies: Used for chronic pain and neurological dysfunctions.

Botox Injections: Effective for managing muscle spasticity and chronic migraines.

Telemedicine Services: Remote consultations for follow-up care and early intervention.

Multidisciplinary Care: Collaboration between neurologists, neurosurgeons, therapists, and counselors.

 

6. Patient Education and Support Programs:

Condition Awareness: Educating patients and families about their condition.

Self-Management Techniques: Equipping patients with strategies for symptom control.

Support Groups: Emotional and psychological support for patients and caregivers.

Follow-Up Care: Regular check-ups to monitor progress and adjust treatment plans.

 

Why Choose GS Hospital for Neurological Care?:

Expert Team: Experienced neurologists, neurosurgeons, and therapists.

State-of-the-Art Infrastructure: Equipped with advanced diagnostic and surgical tools.

Holistic Approach: Focus on physical, emotional, and cognitive well-being.

Patient-Centric Care: Personalized treatment plans tailored to individual needs.

Comprehensive Facilities: All services under one roof for seamless care.

Conclusion:

Early detection is a game-changer in the management of neurological conditions. Timely intervention can prevent complications, offer effective treatments, and improve the patient's quality of life. At GS Hospital, one of the Best Neurosurgery Hospitals in UP, we are committed to providing exceptional neurological care with advanced facilities and an expert team.

If you or your loved ones are experiencing any neurological symptoms, don't delay seeking help. Early action can make all the difference in transforming outcomes.

[resmamucg]

Transforming Neurosurgery and Unlocking the Mysteries of the Brain Revolutionizing Brain Health: The Role of AI in Neurosurgery and Neuroscience

The convergence of artificial intelligence (AI) and medical science is reshaping how we understand and treat complex neurological conditions. A groundbreaking development in AI modeling now allows researchers to predict gene activity in any human cell with remarkable precision. This technological leap is poised to transform neurosurgery and neuroscience, opening doors to more targeted treatments, innovative research, and better patient outcomes.

AI in Neurosurgery: Enhancing Precision and Outcomes

Neurosurgery is one of the most delicate medical fields, requiring absolute precision and a deep understanding of brain anatomy. AI-powered models that predict gene activity are set to revolutionize this discipline. By identifying genetic markers linked to neurological conditions like glioblastomas, epilepsy, or degenerative disorders, AI can guide neurosurgeons in tailoring their interventions to the specific needs of a patient.

Imagine a scenario where surgeons can map a tumor's genetic profile before an operation, enabling them to predict its growth patterns and response to treatments. This predictive power minimizes risks, enhances surgical precision, and fosters recovery with fewer complications. AI’s integration into preoperative planning and intraoperative decision-making is a game-changer for neurosurgery.

Advancing Neuroscience: Understanding the Brain at a Cellular Level

The human brain remains one of the most enigmatic organs, with many of its functions and dysfunctions still poorly understood. AI models capable of simulating gene activity provide neuroscientists with a powerful tool to decode the genetic underpinnings of brain activity.

This technology can help identify how genes respond to stimuli, enabling researchers to unravel the mysteries behind cognitive processes, memory formation, and emotional regulation. It also aids in studying neurological diseases like Alzheimer’s, Parkinson’s, and multiple sclerosis, offering insights into their genetic and molecular causes. By bridging the gap between gene-level activity and functional outcomes, AI enhances our ability to tackle these conditions at their roots.

Fueling Innovation in Drug Development

The implications of AI-driven gene prediction extend beyond diagnostics and surgery. This technology accelerates drug discovery and development by simulating cellular responses to experimental treatments. Researchers can test therapeutic candidates more efficiently, reducing the time and cost involved in clinical trials. This has far-reaching implications for creating effective medications for neurological conditions that currently lack a cure.

Looking Ahead: The Future of AI in Brain Health

As AI technology evolves, its applications in neurosurgery and neuroscience will only expand. From personalized medicine to groundbreaking discoveries in brain research, the potential is limitless. However, it also brings challenges, including ethical considerations and the need for interdisciplinary collaboration. Ensuring that these innovations benefit all patients will require a concerted effort from researchers, clinicians, and policymakers alike.

In the words of one leading researcher, "AI is not just a tool—it’s a partner in pushing the boundaries of what’s possible in brain health." This sentiment captures the transformative power of AI as it shapes the future of neurosurgery and neuroscience.

Conclusion: Charting the Future of Brain Health

The fusion of AI with neurosurgery and neuroscience marks a pivotal moment in medical history. From enhancing surgical precision to decoding the complexities of brain function, AI-powered technologies are redefining how we understand and treat neurological conditions. As these innovations continue to evolve, they hold the potential to improve patient outcomes, accelerate research, and make personalized medicine a reality for millions worldwide.

By harnessing the predictive power of AI, the medical community can address some of the most challenging questions in brain health. However, success will depend on collaboration across disciplines, ethical considerations, and continued investment in cutting-edge research. The journey is just beginning, and the possibilities are as vast and intricate as the human brain itself. Want to learn more or be part of this groundbreaking field? Register now for the 5th World Neuroscience, Neurology, and Brain Disorders Conference in Abu Dhabi, UAE, January 14-16, 2026. Register Here : https://neuroscience.utilitarianconferences.com/registration

#Neurosurgery #Neuroscience #AIInMedicine #BrainHealth #MedicalInnovation #PrecisionMedicine #GeneActivity #NeuroScienceBreakthrough #HealthTech #BrainResearch #NeuroAdvances

[kailash79975]

Finding The Best Neurologist In Chennai

The field of neurology is dedicated to diagnosing and treating conditions related to the brain, spinal cord, and nervous system. Whether it’s persistent headaches, epilepsy, stroke, or neurodegenerative disorders, seeking timely care from a neuro specialist doctor in Chennai can make a world of difference. Chennai, known for its advanced medical facilities, is home to some of the finest neurologists who offer exceptional care and treatment.

Why Consult a Neurologist?

Neurologists are medical professionals specializing in the study, diagnosis, and treatment of neurological disorders. Common conditions treated by a neurologist include migraines, seizures, Parkinson’s disease, Alzheimer’s disease, multiple sclerosis, and nerve damage. Symptoms such as chronic headaches, muscle weakness, numbness, or difficulty in movement often warrant a visit to a neurologist.

When searching for the best neurologist in Chennai, it is crucial to consider their expertise, experience, and the range of services they offer. Chennai is home to a number of highly skilled specialists who utilize the latest diagnostic tools and treatment methodologies to provide effective care.

How to Choose the Right Neuro Specialist Doctor in Chennai

Finding the right neurologist involves careful consideration of several factors:

Qualifications and Experience: Look for a doctor who has extensive experience in treating a wide range of neurological conditions. Their educational background, certifications, and training in advanced techniques are also important.

Specialization: Some neurologists specialize in specific areas, such as pediatric neurology, epilepsy, or movement disorders. Identify a specialist whose expertise aligns with your medical needs.

Hospital Affiliation: Many of the best neurologists in Chennai are affiliated with top-tier hospitals that offer state-of-the-art facilities and diagnostic equipment.

Patient Reviews: Reading reviews and testimonials from other patients can provide valuable insights into the doctor’s approach, bedside manner, and effectiveness of treatment.

Accessibility: It’s essential to choose a neurologist whose clinic or hospital is easily accessible, especially in case of emergencies.

Top Neurological Services Offered in Chennai

Chennai boasts some of the most advanced neurological care facilities in the country. The city’s neuro specialists are equipped to handle a broad spectrum of neurological conditions. Services typically include:

Diagnostic Procedures: Tests like MRI, CT scans, and EEGs are conducted to pinpoint the underlying causes of symptoms.

Medical Management: Treatment plans often include medications to control symptoms and slow disease progression.

Rehabilitation: For patients recovering from stroke or injury, rehabilitation services like physiotherapy and occupational therapy play a crucial role.

Surgical Interventions: In severe cases, neurologists collaborate with neurosurgeons to perform surgeries for conditions such as brain tumors or spinal cord injuries.

Why Chennai is a Hub for Neurological Care

Chennai has established itself as a leading destination for neurological care in India. The city’s hospitals and clinics are renowned for their modern infrastructure, cutting-edge technology, and highly skilled medical professionals. Patients from across the country and abroad visit Chennai to consult some of the best neurologists in Chennai, benefiting from their expertise and world-class facilities.

Moreover, the cost of treatment in Chennai is often more affordable compared to other metropolitan cities, making it an attractive choice for patients seeking high-quality care without financial strain.

When to See a Neurologist

Early diagnosis and intervention are critical in managing neurological disorders effectively. Consider consulting a neuro specialist doctor in Chennai if you experience any of the following symptoms:

Persistent headaches or migraines

Sudden vision changes or difficulty speaking

Numbness or weakness in the limbs

Frequent episodes of dizziness or fainting

Memory loss or confusion

Difficulty with balance or coordination

Delaying treatment can lead to complications, so it’s important to address these symptoms promptly.

Conclusion

Finding the best neurologist in Chennai involves a combination of research and understanding your specific medical needs. With the city’s wealth of experienced neuro specialists and cutting-edge healthcare facilities, you can rest assured of receiving comprehensive and effective treatment. Whether you’re dealing with a complex neurological condition or seeking preventive care, a qualified neuro specialist doctor in Chennai can guide you toward better health and well-being.

[healthcaremarketanalysis]

AI in Precision Medicine Market to Hit US$ 3.92 Billion by 2030

The global AI in precision medicine market is projected to reach USD 3.92 billion by 2030 from USD 0.78 billion in 2024, at a CAGR of 30.7% from 2024  to 2030. The major factors driving the growth of the AI in precision medicine market include rapidly increasing need for more customized treatments, improvement in genomics and multi-omics technologies, and a drive to accelerate drug development is driving advances in AI in precision medicine. The ability of AI to analyse such complex biological and clinical data thus allows quicker identification of mechanisms for the disease as well as tailored therapies. Additionally, factors such as increasing costs of healthcare and failures of traditional approaches pave the way for embracing AI in an aim to optimize diagnostic procedures, advance the methodologies of treatment, and elevate patient outcomes.

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The rising shift towards integrating Al for drug discovery and development, diagnostic and screening and therapeutics augments the growth of the market. Al tools play a major role in precision medicine market by enabling highly personalized healthcare solutions via advanced data analytics. When it comes to complex structures such as genomic sequences or patient imaging, deep learning models such as Convolutional Neural Networks (CNNs) and Recurrent Neural Networks (RNNs) are frequently employed. On the other hand, Generative Adversarial Networks (GANs) paired with Graph Neural Networks (GNNs) focuses more on drug discovery where patients' characteristics and model driven data are tangled together.

Support vector machines and other common classification and regression algorithms are examples of supervised techniques that help in the diagnosis of a disease and prediction of the possible risk of occurrence of the disease. Conversely, unsupervised methods such as data exploration techniques (e.g. clustering approximation) and feature extraction techniques (e.g. PCA) focus on trends, patterns, or bonding in the data that do not incorporate groups to assist in devising ways to treat the patient's illness effectively. These aids in advancing the concept of tailoring treatment to specific patients while cutting down on treatment costs and enhancing treatment results.

Based on therapeutic area, the Al in precision medicine market is segmented into oncology, rare diseases, infectious diseases, neurology, cardiology, hematology, and others. The neurology segment is expected to register highest growth rate due to the increasing number of neurological disorders and the difficulties associated with drug discovery in this field. Employing Al technologies in drug development shortens the process since many neurological diseases, such as Parkinson's disease, Alzheimer's, or multiple Sclerosis are hard to diagnose and treat.

As per World Health Organization, neurological disorders affected more than 3 billion people worldwide as of the year 2021. This shows the need for modern health care systems. Al based platforms for the development of drugs is applicable in neurology which enhances the ability to study large amounts of complex neurological data in search of possible drug targets quickly and accurately. This, combined with rising expenditure in the field of neurology, explains the increased growth of the market because of the availability and growing usage of large-scale data sets from clinical trials and genomics, neuroimaging, and electronic health records (EHR) stations. In America, exciting neurology companies had USD 1.14 billion worth of venture investments in 2023. Resources such as the Alzheimer's Disease Neuroimaging Initiative (ADNI) make it possible to perform machine learning due to the available data.

Among the applications, drug discovery & development is expected to dominate the AI in precision medicine market. This is attributed to AI that can analyse complex biological data, determine biomarkers and ultimately speed the discovery of targeted therapies. AI reduces the time and cost associated with early-stage research by streamlining drug candidate identification and optimizing compound design. The application of AI becomes most evident in the practice of medicine focusing on oncology, rare disease and genetic disorders where only tailored therapies are effective in the case of human beings. The two companies, Atomwise and Benevolent AI, demonstrate how AI is changing the paradigm of drug development, which is the largest application segment in precision medicine.

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The major players in the AI in precision medicine market with a significant global presence are NVIDIA Corporation (US), Google, Inc. (US), Microsoft (US), IBM (US), Illumina, Inc. (US), Exscientia (UK), Insilico Medicine (US), GE Healthcare (US), Tempus (US), Siemens Healthineers AG (Germany), BioXcel Therapeutics, Inc. (US), BenevolentAI (UK), PathAI, Inc. (US), Guardant Health (US), GRAIL, Inc. (US), FOUNDATION MEDICINE, INC. (US), FLATIRON HEALTH (US), Proscia Inc. (US), DEEP GENOMICS. (Canada), Verge Genomics (US), Predictive Oncology (US), Paige AI, Inc. (US), Densitas Inc. (Canada), Zephyr AI (US), and Iktos (France). The market players have adopted strategies such as acquisitions, collaborations, partnerships, mergers, product/service launches & enhancements, and approvals to strengthen their position in the AI in precision medicine market. The product and technology innovations have helped the market players expand globally by providing advanced AI technologies and platforms to enhance treatment predictions and personalized care.

NVIDIA Corporation:

NVIDIA Corporation designs and develops graphics processing units (GPUs), personal computers (PCs), mobile and cloud architectures, among other technologies. The company creates deep learning, machine learning, and other artificial intelligence technologies. The company's products are used in a variety of industries, including architecture, engineering, construction, and operations; automotive; consumer internet; cybersecurity, energy, and financial services; healthcare and life sciences; higher education; game development; manufacturing; media and entertainment; public sector; restaurants; retail and CPG; robotics; smart cities and spaces; supercomputing; telecommunications; and transportation. NVIDIA Corporation has two primary business segments, which are Graphics, and Compute & Networking.

Nvidia's GPUs are utilized in Artificial Intelligence workloads for drug discovery applications like molecular modelling and simulations, including ML. Nvidia's offer for drug discovery serves a wide range of applications beginning with development tools, libraries and frameworks for authoring and running AI solutions. NVIDIA Clara Discovery is a body of software developed to enable the understanding of drug discovery using AI. NVIDIA Clara Guardian is an integrated solution that comprises multimodal artificial intelligence and smart sensors aimed at optimizing the healthcare services delivered within medical facilities. NVIDIA BioNeMo, as an AI generative platform, is suited towards the process of drug development, containing flexible and adaptable AI technologies for prediction of protein structure, molecular generation and molecular property predictions.

Headquartered in Santa Clara, CA, NVIDIA Corporation has over 50 offices geographically spread in North America, Asia, Europe, the Middle East, and Africa, Latin America. The latter has production units within the United States and Taiwan. In addition, the company collaborates with other pharmaceutical and biotech companies in the quest to create innovative drug discovery systems that rely on Artificial intelligence.

Google, Inc.:

In terms of global technology advancements, Google is one of the leaders, and the main areas of its activities are advertising, search, operating systems and platforms, as well as enterprise and hardware goods. Alphabet, Inc. is the parent company of Google. Its search segment provides a wide range of search engine services, including an index of numerous websites and other online materials.

Google differentiates its revenue streams into two operating segments: Google Services, Google Cloud, and the Other Bets. The organization operates as a conglomerate and the major share of the revenue earned is from Google Services. The main products of Google include – Advertisements, Search, Maps, Chrome, the Android operating system, YouTube, Google Play and Commerce, Hardware and Gmail. The organization has several subsidiaries that allow it to do business in the health sector including TensorFlow, Google X, DeepMind Technologies Limited, Calico and GV. Google Brain is an internal branch of the corporation that focuses on creating various kinds of artificial intelligence such as machine learning algorithms and other artificial intelligence applications, speech and music synthesis art, and even robotic systems. In addition, Google provides solutions powered by Al technologies aimed to speed up drug invention, such as the Target and Lead Identification Suite, Multiomics Suite, and Google DeepVariant. These tools are designed to make the drug target and drug lead identification process precise and effective, and they indicate that Google is helping in the development of pharmaceuticals using Al technology. The organization has more than 85 regional offices across the world in about 50 countries.

Microsoft:

Microsoft provides software and various license suites. The corporation has three reportable segments: Productivity and Business Processes, Intelligent Cloud, and More Personal Computing. The company's Azure platform is available through the Intelligent Cloud segment. The company's Al and cloud-based Microsoft Azure platform offers computing, networking, storage, database, and administration services. The platform helps pharmaceutical and life science organisations speed precision medicine by providing secure and dependable worldwide data storage and processing services. The platform also helps pharmaceutical businesses accelerate innovation and improve operational performance.

The company delivers a variety of cloud, mobile, and productivity solutions. Microsoft's cloud products include SaaS, LaaS, and PaaS. Microsoft has made significant investments in managed services for the hybrid cloud, lot, and edge computing platforms. Microsoft's innovations, such as Azure Sphere, Digital Twins, and Azure IoT Central, have propelled them ahead of the competition in the IoT and edge computing industries. The company introduced Azure Edge Zones, which combine cloud-managed services, hardware, and high-speed 5G networks. The company is present in approximately 190 countries spanning the Americas, Europe, the Middle East and Africa, Asia Pacific, and Latin America.

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