Changing stroke rehab and research worldwide now.Time is Brain! trillions and trillions of neurons that DIE each day because there are NO effective hyperacute therapies besides tPA(only 12% effective). I have 523 posts on hyperacute therapy, enough for researchers to spend decades proving them out. These are my personal ideas and blog on stroke rehabilitation and stroke research. Do not attempt any of these without checking with your medical provider. Unless you join me in agitating, when you need these therapies they won't be there.

What this blog is for:

My blog is not to help survivors recover, it is to have the 10 million yearly stroke survivors light fires underneath their doctors, stroke hospitals and stroke researchers to get stroke solved. 100% recovery. The stroke medical world is completely failing at that goal, they don't even have it as a goal. Shortly after getting out of the hospital and getting NO information on the process or protocols of stroke rehabilitation and recovery I started searching on the internet and found that no other survivor received useful information. This is an attempt to cover all stroke rehabilitation information that should be readily available to survivors so they can talk with informed knowledge to their medical staff. It lays out what needs to be done to get stroke survivors closer to 100% recovery. It's quite disgusting that this information is not available from every stroke association and doctors group.

Showing posts with label fast diagnosis. Show all posts
Showing posts with label fast diagnosis. Show all posts

Tuesday, July 28, 2026

Wellumio secures $9.75 million for portable stroke imaging system

 Why? Aren't these other fast identification systems good enough?

Like maybe these fast diagnosis options? TIME IS BRAIN; you know!

Hats off to Helmet of Hope - stroke diagnosis in 30 seconds; February 2017 

Smart Brain-Wave Cap Recognises Stroke Before the Patient Reaches the Hospital

 October 2023

And then this to rule out a bleeder.

New Device Quickly Assesses Brain Bleeding in Head Injuries - 5-10 minutes April 2017 

The latest here: 

Wellumio secures $9.75 million for portable stroke imaging system

Wellumio has closed an oversubscribed US$9.75m round to advance its portable brain imaging system for stroke assessment at the point of care.

The financing round was led by Nuance Connected Capital, with participation from Icehouse Ventures, NZ Growth Capital Partners’ Aspire Seed Fund, Pacific Channel, Booster, Cure Kids Ventures, Flying Kiwi and Enterprise Angels.

The New Zealand-based company said the pre-Series A financing will support clinical validation, regulatory activities and preparations for commercialisation.

Dr Shieak Tzeng, cofounder and chief executive of Wellumio, said: “Every minute counts in stroke care, yet only a small proportion of patients receive treatment within the ‘golden hour’, when timely intervention offers the best chance of reducing long-term disability.”

Wellumio said the device weighs about 50kg and is intended to operate without contrast agents, cryogenics or shielded rooms.

This could allow brain imaging to be carried out in emergency departments and other acute care settings.

However, the technology remains in clinical development and has not received regulatory approval.

Axana is based on Wellumio’s Pulsed Gradient Free Mapping technology, which received a US patent in December 2025.

The company said preclinical studies and first-in-human feasibility trials showed agreement with conventional MR imaging across several stroke biomarkers.

Biomarkers are measurable signs that can help clinicians assess a medical condition.

Friday, May 29, 2026

Malpractice Risks in Neurology: Lessons From a $4.5 Million Stroke Verdict

 Until our stroke medical 'professionals' write up EXACT PROTOCOLS BASED UPON AN EXACT DAMAGE DIAGNOSIS will this potential problem go away!

Like maybe these fast diagnosis options? TIME IS BRAIN; you know!

Hats off to Helmet of Hope - stroke diagnosis in 30 seconds; February 2017 

Smart Brain-Wave Cap Recognises Stroke Before the Patient Reaches the Hospital

 October 2023

And then this to rule out a bleeder.

New Device Quickly Assesses Brain Bleeding in Head Injuries - 5-10 minutes April 2017 

The latest here: 

Malpractice Risks in Neurology: Lessons From a $4.5 Million Stroke Verdict

Medical malpractice claims in neurology often arise from diagnostic errors, particularly missed or delayed identification of conditions such as stroke, intracranial aneurysm, or subdural hematoma, which can result in severe patient harm. As with many medical specialties, communication breakdowns and inadequate documentation are also common contributing factors. The case discussed here highlights several of these issues, including delayed diagnosis as well as deficiencies in communication and documentation.

 

During an acute stroke, every second counts.

Facts of the Case

Mr B was a 57-year-old White man with no significant medical history. He worked as a master electrician and owned his own company. One morning, he woke up with a headache, noticed a slight weakness in his left arm, and his speech was a bit slurred. While speaking to him, his girlfriend noticed that he seemed confused and had a tremor in his left arm. Concerned, his girlfriend convinced him to go to the emergency department (ED) of the local hospital to get examined.

In the ED, Mr B was seen by Dr E, the attending emergency physician, who recognized that the patient’s symptoms were consistent with a stroke. Dr E ordered a non-contrast head CT at around noon, which showed no acute abnormalities. He assigned the patient a National Institutes of Health (NIH) Stroke Scale score of 2.

Dr N was the on-call neurologist at the hospital that day. Dr E contacted the neurologist after examining the patient to discuss whether to administer tissue plasminogen activator (tPA). After the 2 physicians spoke, it was decided that Mr B was outside the time frame for tPA, and that he was not a candidate for intervention at that point due to his symptoms, duration of onset, and low NIH Stroke Scale score. Instead, Dr E started the patient on aspirin, admitted him for observation, and asked Dr N to evaluate the patient.

Dr N eventually arrived to evaluate the patient several hours after admission. Dr N noted acute gait instability, ataxia, headache, right mouth droop, impaired repetition, and a left arm tremor. The physician ordered a magnetic resonance imaging/magnetic resonance angiography (MRI/MRA) to assess for infarct or vascular occlusion; however, he failed to write ‘stat’ on the order to note the urgency and instead gave it routine priority. Dr N was also unaware that the hospital’s MRI/MRA machine was currently not working and the hospital was waiting for a service call. Hours passed without the tests being performed. In all that time, Dr N did not follow up to find out why the MRI/MRA had not been completed. The rest of the day and night passed without Mr B receiving the MRI/MRA.

The next morning, approximately 24 hours after the onset of symptoms, Mr B was found unresponsive, with labored breathing and significant neurologic decline. His NIH Stroke Scale score had risen to 13. A repeat CT revealed a basilar artery thrombus. Mr B was transferred to another hospital, where an MRI revealed acute infarcts in both cerebellar hemispheres, the left mesial temporal lobe, bilateral thalami, and thrombi in the basilar and left posterior cerebral arteries. Although he underwent a mechanical thrombectomy at the second hospital, the intervention came too late to reverse the damage. As a result, the patient suffered “locked-in syndrome,” where he was aware but unable to speak or move for 5 days before he finally died from the damage caused by the severe stroke.

The Trial

After Mr B’s death, his family consulted with a plaintiff’s attorney, who reviewed the medical records and agreed to take the case. The attorney filed a lawsuit against Dr N, alleging that his failure to order the imaging on a ‘stat’ basis, failure to follow up on the order, and failure to send the patient to another hospital with a working MRI machine resulted in Mr B’s severe and life-ending stroke.

Dr N was assigned an attorney from his malpractice insurance company. After several years, the case went to trial. At trial, the defense attorney argued that the severe stroke that occurred the morning after Mr B was admitted was an entirely new and unpredictable event. The plaintiff’s attorney argued that the original stroke did exactly what it was at risk of doing: causing significant harm. The plaintiff’s attorney described the horror of “locked-in syndrome” and elicited testimony from the defense’s expert that he had previously described it as “a terrifying experience for the patient” and “a fate worse than death.”

The testimony lasted for 2 weeks, and the jury deliberated for 5 hours before returning a verdict for the plaintiff and awarding his family over $4.5 million.

Protecting Yourself

We all know that time is of the essence when diagnosing a stroke, which makes it all the more shocking that Dr N did not order the test ‘stat’. Worse still, when the test wasn’t done in the ensuing hours, Dr N did not follow up to find out why. Had the physician known that the MRI machine was down, he could have had the patient transferred to another hospital where the tests could have been conducted. With the information gained from an MRI/MRA, Mr B could have been treated.

The jury’s high monetary award indicated that they were sympathetic to the patient, were swayed by the expert’s description of “locked-in syndrome” as a “fate worse than death,” and found fault with the neurologist for failing to order tests with the proper urgency and to follow up on his own orders.

During an acute stroke, every second counts. Quick diagnosis and treatment are vital to a good outcome. Rapid intervention is essential, and tests and imaging should always be ordered on a stat basis to protect your patient… and yourself.

Tuesday, May 19, 2026

How new imaging tech is helping UChicago stroke care ‘be fast’

 CT scanners are slow! Time is brain! References to 'care' NOT RECOVERY, means they have the wrong goal for the department!
Like maybe these fast diagnosis options?

How new imaging tech is helping UChicago stroke care ‘be fast’

UChicago Medicine is skipping a crucial step in stroke treatment — the trip to radiology — by rushing patients straight into operating rooms equipped with CT scanners, allowing neurologists to diagnose and treat dangerous blood clots within minutes of arrival.

The rest is behind a paywall.


Monday, May 4, 2026

Clinical utility of the RACE score for differentiating stroke from stroke mimics in the emergency department

 So really nothing objective at all. Here's a suggestion for fast analysis.

The Rapid Arterial oCclusion Evaluation (RACE) scale is a validated prehospital tool designed to identify Large Vessel Occlusion (LVO) in acute stroke patients. It scores five key neurological areas—facial palsy, arm motor function, leg motor function, gaze, and aphasia/agnosia—ranging from 0–9, with a score of (ge 5) indicating a high likelihood of LVO(So nothing objective in this at all!), aiding triage to comprehensive stroke centers

The latest here: 

Clinical utility of the RACE score for differentiating stroke from stroke mimics in the emergency department


  • 1. Department of Neurology, Faculty of Medicine, İstinye University, Istanbul, Türkiye

  • 2. Fatih District Health Directorate, Fatih, Istanbul, Türkiye

Abstract

Objective: 

Rapid differentiation of true stroke from stroke mimics remains a major challenge during emergency department stroke evaluations. This study aimed to evaluate the clinical utility of the Rapid Arterial Occlusion Evaluation (RACE) score in distinguishing stroke from stroke mimics and identifying large vessel occlusion (LVO) in patients evaluated through an emergency department stroke activation workflow.


Materials and methods: 

This retrospective observational study analyzed routinely collected clinical data from consecutive adult patients evaluated through an emergency department stroke activation pathway. The RACE score was calculated at bedside as part of routine stroke workflow, and final diagnoses were established by vascular neurologists based on clinical evaluation and neuroimaging findings. Patients were classified as stroke or stroke mimic cases. The diagnostic performance of the RACE score for identifying LVO was assessed using receiver operating characteristic (ROC) curve analysis, and logistic regression was used to evaluate the association between RACE score and LVO.


Results: 

A total of 303 patients were included in the final analysis, of whom 133 (43.9%) were diagnosed with stroke and 170 (56.1%) were classified as stroke mimics. Patients with stroke were significantly older than those with stroke mimics (69.13 ± 12.59 vs. 61.67 ± 17.72 years, p = 0.001). The mean RACE score was significantly higher in stroke patients than in stroke mimics (3.15 ± 2.62 vs. 1.64 ± 1.91, p < 0.001), and RACE scores ≥5 were more frequent in stroke cases (30.8% vs. 8.8%, p < 0.001). LVO was identified in 46 patients (15.4%). Patients with LVO had significantly higher RACE scores than those without LVO (4.59 ± 2.63 vs. 1.85 ± 2.03, p < 0.001), and 56.5% of LVO cases had RACE scores ≥5. Logistic regression analysis showed that higher RACE scores were significantly associated with the presence of LVO [odds ratio (OR) 1.59, 95% Confidence Interval (CI) 1.38–1.83, p < 0.001].


Conclusion: 

The RACE score may provide clinically useful information for differentiating stroke from stroke mimics during emergency department evaluations. Higher RACE scores were associated with confirmed stroke and the presence of LVO, suggesting that the RACE score may serve as a practical adjunct to bedside neurological assessment within acute stroke workflows

Tuesday, April 14, 2026

Malpractice Risks in Neurology: Lessons From a $4.5 Million Stroke Verdict

 Get the neurologist, CT and MRI scans out of the picture.

Why would you want to do slow CT/MRI scans when much faster methods are available? You do know; 'Time is Brain!'

 The answers are already out there, AND YOU'RE SO FUCKING INCOMPETENT YOU DON'T KNOW THAT!

These people must not have any working brains at all!

Like maybe these fast diagnosis options?

Malpractice Risks in Neurology: Lessons From a $4.5 Million Stroke Verdict

Author’s Note: This periodic feature will focus on legal issues faced by neurologists and other health care practitioners. It will use case studies to illustrate topics such as the elements of medical malpractice, HIPAA, informed consent, delayed diagnosis, and other issues. We hope you will find it informative and useful in your practice.Medical malpractice claims in neurology often arise from diagnostic errors, particularly missed or delayed identification of conditions such as stroke, intracranial aneurysm, or subdural hematoma, which can result in severe patient harm. As with many medical specialties, communication breakdowns and inadequate documentation are also common contributing factors. The case discussed here highlights several of these issues, including delayed diagnosis as well as deficiencies in communication and documentation.

 

During an acute stroke, every second counts.

Facts of the Case

Mr B was a 57-year-old White man with no significant medical history. He worked as a master electrician and owned his own company. One morning, he woke up with a headache, noticed a slight weakness in his left arm, and his speech was a bit slurred. While speaking to him, his girlfriend noticed that he seemed confused and had a tremor in his left arm. Concerned, his girlfriend convinced him to go to the emergency department (ED) of the local hospital to get examined.

In the ED, Mr B was seen by Dr E, the attending emergency physician, who recognized that the patient’s symptoms were consistent with a stroke. Dr E ordered a non-contrast head CT at around noon, which showed no acute abnormalities. He assigned the patient a National Institutes of Health (NIH) Stroke Scale score of 2.

This 'Too Good to Treat' crapola caused the whole problem, Debunked over a decade ago:

VIDEO: "Too good to treat" stroke patients may benefit from tPA

 February 2015

Dr N was the on-call neurologist at the hospital that day. Dr E contacted the neurologist after examining the patient to discuss whether to administer tissue plasminogen activator (tPA). After the 2 physicians spoke, it was decided that Mr B was outside the time frame for tPA, and that he was not a candidate for intervention at that point due to his symptoms, duration of onset, and low NIH Stroke Scale score. Instead, Dr E started the patient on aspirin, admitted him for observation, and asked Dr N to evaluate the patient.

Dr N eventually arrived to evaluate the patient several hours after admission. Dr N noted acute gait instability, ataxia, headache, right mouth droop, impaired repetition, and a left arm tremor. The physician ordered a magnetic resonance imaging/magnetic resonance angiography (MRI/MRA) to assess for infarct or vascular occlusion; however, he failed to write ‘stat’ on the order to note the urgency and instead gave it routine priority. Dr N was also unaware that the hospital’s MRI/MRA machine was currently not working and the hospital was waiting for a service call. Hours passed without the tests being performed. In all that time, Dr N did not follow up to find out why the MRI/MRA had not been completed. The rest of the day and night passed without Mr B receiving the MRI/MRA.

The next morning, approximately 24 hours after the onset of symptoms, Mr B was found unresponsive, with labored breathing and significant neurologic decline. His NIH Stroke Scale score had risen to 13. A repeat CT revealed a basilar artery thrombus. Mr B was transferred to another hospital, where an MRI revealed acute infarcts in both cerebellar hemispheres, the left mesial temporal lobe, bilateral thalami, and thrombi in the basilar and left posterior cerebral arteries. Although he underwent a mechanical thrombectomy at the second hospital, the intervention came too late to reverse the damage. As a result, the patient suffered “locked-in syndrome,” where he was aware but unable to speak or move for 5 days before he finally died from the damage caused by the severe stroke.

The Trial

After Mr B’s death, his family consulted with a plaintiff’s attorney, who reviewed the medical records and agreed to take the case. The attorney filed a lawsuit against Dr N, alleging that his failure to order the imaging on a ‘stat’ basis, failure to follow up on the order, and failure to send the patient to another hospital with a working MRI machine resulted in Mr B’s severe and life-ending stroke.

Dr N was assigned an attorney from his malpractice insurance company. After several years, the case went to trial. At trial, the defense attorney argued that the severe stroke that occurred the morning after Mr B was admitted was an entirely new and unpredictable event. The plaintiff’s attorney argued that the original stroke did exactly what it was at risk of doing: causing significant harm. The plaintiff’s attorney described the horror of “locked-in syndrome” and elicited testimony from the defense’s expert that he had previously described it as “a terrifying experience for the patient” and “a fate worse than death.”

The testimony lasted for 2 weeks, and the jury deliberated for 5 hours before returning a verdict for the plaintiff and awarding his family over $4.5 million.

Protecting Yourself

We all know that time is of the essence when diagnosing a stroke, which makes it all the more shocking that Dr N did not order the test ‘stat’. Worse still, when the test wasn’t done in the ensuing hours, Dr N did not follow up to find out why. Had the physician known that the MRI machine was down, he could have had the patient transferred to another hospital where the tests could have been conducted. With the information gained from an MRI/MRA, Mr B could have been treated.

The jury’s high monetary award indicated that they were sympathetic to the patient, were swayed by the expert’s description of “locked-in syndrome” as a “fate worse than death,” and found fault with the neurologist for failing to order tests with the proper urgency and to follow up on his own orders.

During an acute stroke, every second counts. Quick diagnosis and treatment are vital to a good outcome. Rapid intervention is essential, and tests and imaging should always be ordered on a stat basis to protect your patient… and yourself.

Saturday, March 21, 2026

Transforming stroke care with a mobile stroke unit

Why would you want to do slow CT scans when much faster methods are available?

 The answers are already out there, AND YOU'RE SO FUCKING INCOMPETENT YOU DON'T KNOW THAT!

These people must not have any working brains at all!

Transforming stroke care with a mobile stroke unit

The quality of stroke care is dependent on decreasing the time from symptom onset to diagnosis and treatment. That is why many providers are turning to Mobile Stroke Units (MSUs) to improve outcomes for their patients. 

MSUs are specialized ambulances equipped with a team of stroke care professionals and advanced technologies like CT imaging, telemedicine, and a point-of-care lab. The 2026 American Heart Association/American Stroke Association Guideline for the Early Management of Patients with Acute Ischemic Stroke now includes recommendations related to the implementation of MSUs.¹

Read on to learn more about the benefits of the MSU care pathway.

For MSU-treated patients, studies have shown:

Lower 90-day mortality rates and better functional outcomes compared to conventional care2

Quicker time to treatment with tPA administered 36 minutes faster than traditional hospital transport3

More than half (53%) of patients made a complete recovery after three months, while only 43% of patients treated by standard ambulance made a full recovery4


Wednesday, March 18, 2026

POC4Triage: European hospitals working together to improve emergency stroke diagnosis from SAFE (Stroke Alliance for Europe)

 The answers are already out there, AND YOU'RE SO FUCKING INCOMPETENT YOU DON'T KNOW THAT!

These people must not have any working brains at all!

POC4Triage: European hospitals working together to improve emergency stroke diagnosis 

When someone has a stroke, every minute counts. Quick and accurate diagnosis is critical to ensure patients receive the right treatment as soon as possible. 

The POC4Triage project brings together hospitals, researchers and patient organisations across Europe to test four portable devices in real emergency settings, from ambulances to hospital emergency departments. By running the study in multiple countries, researchers can see how these tools perform in different healthcare systems and diverse groups of patients. 

At Amsterdam UMC (Netherlands) and Vall d’Hebron Hospital (Spain), researchers are evaluating two brain-monitoring devices: 

  • A lightweight electroencephaloeraphy (EEG) patch placed just below the hairline to measure brain activity 
  • A functional near-infrared spectroscopy (fNIRS) device that uses harmless light to monitor blood flow in the brain 

The devices are tested in stages, first with healthy volunteers, then in emergency departments and finally in ambulances. This stepwise approach allows teams to improve the technology before it is used in urgent care. 

Patients who take part may not benefit directly during their own emergency, but their involvement is vital. By contributing to research, they help doctors understand how to recognise stroke earlier and diagnose more accurately. In the future, this could lead to faster treatment and better recovery for stroke patients across Europe.

Arlene Wilkie, Director General at Stroke Alliance for Europe says: 

“POC4Triage shows how research in real emergency settings can lead to devices that improve stroke care. Time is brain, every improvement in speed and accuracy has the potential to save lives, reduce disability and quality of life for survivors in the future.” 

For more information 

POC4Triage has received funding from the European Union under grant agreement No 101137358. 

Thursday, February 19, 2026

Faster treatments, better outcomes: 5 key takeaways from new stroke guideline

 My takeaway is that you don't know what survivors want; AND THAT'S 100% RECOVERY! Guidelines won't get you there! Are you that blitheringly stupid? Don't fake answer that, the answer is yes! You need EXACT 100% RECOVERY PROTOCOLS! You'll want them when you are the 1 in 4 per WHO that has a stroke? Then you just might want 100% recovery and guidelines DO NOT GUARANTEE THAT! 

The complete stroke medical world is stupider than hell and stroke survivors bear the brunt of that stupidity! And recommending 'care' is the height of incompetence!  Suvivors never ask for 'care'; they want recovery! Or don't you ever listen to survivors because you're in your own world of unreality and you think you know what's best for survivors?

Send me personal hate mail on this: oc1dean@gmail.com. I'll print your complete statement with your name and my response in my blog. Or are you afraid to engage with my stroke-addled mind? No excuses are allowed! You're medically trained; it should be simple to precisely state EXACTLY WHY you aren't working on 100% recovery protocols with NO EXCUSES! I've never received any communications from any stroke association. You'd think they would want to talk to their fiercest critic, but no, they are hiding under a rock someplace, probably don't even know I exist! Swearing at me is allowed, I'll return the favor. Don't even attempt to use the excuse that brain research is hard.

Faster treatments, better outcomes: 5 key takeaways from new stroke guideline

The American Stroke Association (ASA), a division of the American Heart Association, has developed an updated ischemic stroke guideline that highlights the importance of coordinated care and expands patient access to critical treatments. The new document, published in full in Stroke, also includes the first detailed recommendations for treating stroke in pediatric patients.[1]

“This update brings the most important advances in stroke care from the last decade directly into practice,” Shyam Prabhakaran, MD, MS, chair of the writing group behind the guideline and chair of the department of neurology at the University of Chicago Medicine, said in a statement. “New recommendations in the guideline expand access to cutting-edge treatments, such as clot-removal procedures and medications, simplify imaging requirements so more hospitals can act quickly, and introduce guidance for pediatric stroke for the first time.”

These represent just some of the biggest highlights from the new guidance:

1. Coordinated care saves lives

When hospitals, call centers, emergency medical services (EMS) agencies and telemedicine networks are all on the same page, the result is a strong healthcare system that gets patients the care(NOT RECOVERY!) they need as quickly as possible. It is no secret that “time is brain” when it comes to treating stroke patients—the earlier patients receive attention from medical professionals, the better.

For example, patients with a suspected large vessel occlusion (LVO) should be sent to the nearest thrombectomy-capable stroke center if one is available. This minimizes the risk of delayed care(NOT RECOVERY!) and ensures an expert care(NOT RECOVERY!) team will be able to quickly perform endovascular thrombectomy (EVT) when necessary.

2. Imaging remains an essential piece of the puzzle

(Imaging is way too fucking slow! Don't you know of these faster options? NO? So COMPLETELY FUCKING INCOMPETENT THEN?)

Like maybe these fast diagnosis options?

As always, medical imaging plays a critical role in the diagnosis and treatment of ischemic stroke. Mobile stroke units are equipped with CT scanners to get an immediate visual of the patient, for example, and advanced imaging techniques continue to evolve in ways that are speeding up the entire care(NOT RECOVERY!) process. 

The recommendations note that patients should undergo an initial brain scans within 25 minutes of arriving at the hospital. This helps the team know what exactly is causing the patient’s symptoms.  It is also necessary to determine if a stroke is hemorrhagic or ischemic, because this determines which medications and/or procedures may be necessary.

3. Clot-busting medications make a world of difference

(No they don't! They fail 88% of the time in getting to full recovery! Your tyranny of low expectations has no place in stroke recovery!)

The updated guideline endorses the use of tenecteplase or alteplase within 4.5 hours of symptoms onset—and they are sometimes recommended for as much as 24 hours after symptoms first make themselves known. These drugs have been used for years now to dissolve blood clots, and single-dose IV infusions of tenecteplase are proving to be especially impactful in improving patient care(NOT RECOVERY!).

4. Endovascular thrombectomy grows in importance

EVT, a procedure that involves removing blood clots from blocked brain arteries, is now recommended for up to 24 hours after symptom onset in certain patient populations. Many patients may require both clot-busting medications and EVT.

EVT is also showing more and more value as a treatment option for posterior circulation stroke. The procedure is typically not used for smaller blockages, according to the guideline, but such a strategy may be considered for a clinical trial.

5. Pediatric stroke finally in the spotlight

For the first time, the ASA has shared detailed recommendations for the treatment of pediatric stroke patients in their industry guideline.

Children may exhibit the same stroke warnings signs seen in adults—faces dropping, speech difficulty—but they also show different symptoms, including severe headaches, difficulty walking and seizures, typically only on one side of the body. The ASA also pushed care(NOT RECOVERY!) teams to use MRI scans and angiography right away to identify any potential blockages and help obtain a rapid diagnosis. CT scans may be required if MRI scans are not readily available.

When pediatric patients need treatment, IV infusions of alteplase can be administered within 4.5 hours of symptom onset in patients between the ages of 28 days and 18 years old. Experienced neurointerventionalists can also be brought in to perform treatment on patients between the ages of 6 years old and older. 

However, the writing group noted, researchers are still working to learn more about this topic.

“These recommendations represent a major step toward standardized, evidence-based care(NOT RECOVERY!) for children,” Prabhakaran said in the same statement. “They also highlight how much more we still need to learn about pediatric stroke.”

Click here to review the full guideline.