Contents
- Requirements
- August 7, 2026 (F) - Results up Front
- 20260821-F-Hopes
- Lab Request
- FYIs
- Signs of Syphilis – Interest Driven by Lab Request (Test # 799)
- Syphilis Testing
- Signs and Symptoms
- Non-BZD treatments for Anxiety
- Cyclic Fast Cycling Anxiety
- Transportation – Lived Experience
- Perceived V Real Danger
- What Triggers my Anxiety while Driving?
- Driving Anxiety
- 20260820-TH-Appointment - Dr. Martin J. Backman
- Presenting Problems – Elimination List (A to Z)
- Bios Dr. Martin J. Backman, MD
- Aside – Chronic Traumatic Encephalopathy (CTE)
- Lived Experience - Head Injuries
- Promotion - UCI Health
- Aside - Expert Medical Reviewer – Model Dr. Backman MD
- 20260814-F-List of Medications
- Time Line & Notes
- Summary of Today’s Visit with Dr. Bera (4-8-26)
- When to See a Neurologist?
- Nicotine and Walking
- Nicotine and Balance
- Tobacco and Walking
- Building Confidence to walk again
- 6 Most Common Medications to Treat Neurological Disorders
- Micro Infarcts
- Can Neurological Disorders be reversed in Older Adults?
- Appendix - Neurologic Exam
20260821-F-Hopes
Comfortable driving
Decide how to spend my CalOptima Rewards
Discover a better daytime Med for anxiety and fatigue
Exercise & Stretch more
Feel comfortable and confident driving the car
Find a remedy for my balance issues
Get a massage
Get off the walker
Interest with over-the-counter including CHT
Keep pace with my health needs
Make it another year with the car
Maybe get rid of one more of my daytime Meds
Move past anxiety surges
Not fall down
Not lose Disney Plus
Not lose Verizon
Remedy fatigue
Sarah the car remains fit
Substantially better for September (202^)
Use the bus
Walk to Storage
FYI - Quest Test 799
Clinical significance
RPR (Monitor) with Reflex to Titer - This is a nontreponemal (lipoidal antigen) serologic test used to monitor patients diagnosed with syphilis. RPR reactive samples will be reflexed to titer. Titer results may correlate with disease activity and typically decrease in response to treatment. Serologic evaluation is recommended at 6 to 12 months for primary and secondary syphilis. Follow-up testing should be performed using the same nontreponemal (lipoidal antigen) test and be performed by the same laboratory so that results are comparable over time. True positive results with nontreponemal (lipoidal antigen) tests may occur due to wide range of biological conditions (e.g., autoimmune disease, cancer, infectious diseases, old age, and pregnancy).
FYI - Quest Test 14258
AD-Detect™ ABeta 42/40 and p-tau217 Evaluation, Plasma - Intended use is for Alzheimer's Diagnosis. Independent measurement and interpretation of plasma amyloid ratios (AB42/40) and phosphorylated tau levels (p-tau181 and p-tau217) provide clinically valuable insight into patient risk for development of Alzheimer's disease. However, by combining core AD pathological markers for a single analytical interpretation have been shown to significantly improve predictive performance and accuracy for detecting amyloid positivity and confirming a diagnosis of Alzheimer's disease. The AD-Detect™ ABeta 42/40 and p-tau217 Evaluation, Plasma evaluates a patient's plasma AB42/40 ratios and p-tau217 levels reporting out the likelihood that a symptomatic patient suspected of AD has a High, Indeterminant, or Low likelihood of amyloid pathology consistent with AD. This panel meets established performance criteria for confirming a diagnosis of Alzheimer's disease utilizing plasma biomarkers.
Signs of Syphilis – Interest Driven by Lab Request (Test # 799)
Syphilis symptoms occur in stages—primary, secondary, latent, and tertiary. The first sign is a single or multiple painless sores called chancres where the bacteria entered the body. Later stages bring rashes, flu-like signs, and potential internal damage if left untreated. You can review official guidance from the Centers for Disease Control and Prevention.
Primary Stage
One or more firm, round, and painless sores (chancres)
Sores appear on the genitals, anus, rectum, or mouth
Sores last 3 to 6 weeks and heal on their own
Secondary Stage
Rough, red, or reddish-brown rash often on the palms and soles of the feet
Faint rashes on other body parts that usually do not itch
Swollen lymph nodes, fever, and sore throat
Patchy hair loss, headaches, and extreme tiredness
Latent and Tertiary Stages
Latent stage:
No visible signs or symptoms, though the bacteria remain in the body
Tertiary stage:
Severe damage to the brain, nerves, eyes, or heart
FYI – AI - If you suspect exposure, I can help you find a local clinic or share information on how testing and treatment work.
Syphilis Testing
Syphilis testing is most commonly performed using a simple blood draw to look for antibodies. Doctors use two categories of blood tests: nontreponemal tests (like RPR) to check for disease activity and inflammation, and treponemal tests (like FTA-ABS or TP-PA) to confirm specific antibodies against the bacteria.
Types of Tests
Blood Tests (Serology):
The standard method; looks for specific immune system markers in a sample taken from a vein or finger stick.
Fluid Swab:
Used only if you have an active open sore or chancre, examining the fluid under a microscope.
Spinal Tap (Lumbar Puncture):
Rarely needed, used only if nervous system or brain involvement (neurosyphilis) is suspected.
Where to Get Tested
Local Clinics:
Visit a primary care doctor, local health department, or a community resource like Planned Parenthood.
At-Home Options:
Mail-in collection kits are available, though a positive result must always be verified by a healthcare professional.
FYI – AI - If you would like, tell me if you are experiencing any symptoms or looking for nearby clinic options so I can help you find appropriate care.
Syphilitic Dementia
Syphilitic dementia, also known as general paresis or paralytic dementia, is a severe brain disorder. It happens in the late stage of an untreated syphilis infection, usually 10 to 30 years after the first contact with the bacteria.
Causes and Testing
Caused by the bacteria Treponema pallidum attacking the brain and nervous system.
Diagnosed through blood tests, spinal taps (lumbar puncture) to check fluid around the brain, and brain scans like an MRI.
Treatment
Treated with strong antibiotics, usually penicillin, to kill the infection.
Treatment stops the damage from getting worse, but it cannot fix brain tissue that is already hurt.
FYI – AI - If you are looking for specific information, tell me if you need details on testing procedures, penicillin treatment courses, or prognosis.
Non-BZD treatments for Anxiety
Non-benzodiazepine treatments for anxiety include first-line medications like SSRIs and SNRIs, alternative prescription drugs, and talk therapy.
Medications
SSRIs and SNRIs:
Drugs like escitalopram (Lexapro) or venlafaxine serve as the main, non-addictive first-line choice for daily management.
Buspirone:
A non-narcotic pill taken daily that takes a few weeks to reach full effect without causing dependence.
Hydroxyzine:
A fast-acting antihistamine used for short-term or sudden anxiety relief.
Beta-blockers:
Medications like propranolol that quiet physical signs of stress like a fast heartbeat during specific events.
Therapy and Lifestyle
Cognitive Behavioral Therapy (CBT):
A proven talk therapy that helps reframe anxious thoughts.
Relaxation practices:
Daily aerobic exercise, meditation, and controlled breathing reduce overall nervous system arousal.
FYI – AI - If you'd like, let me know: Are you dealing with constant daily worry or sudden panic attacks? Have you already tried other medications or therapy?
Cyclic Fast Cycling Anxiety
The vicious cycle of anxiety is a self-sustaining loop where a trigger causes physical stress symptoms, leading to worried thoughts and avoidance behaviors, which ultimately makes the anxiety stronger over time.
Stages of the Loop
Trigger:
A stressor, negative thought, or physical sensation (like a fast heart rate) starts the reaction.
Physical & Mental Reaction:
Adrenaline rises, causing panic, fast breathing, or racing thoughts.
Avoidance:
You escape or avoid the situation to seek quick relief.
Reinforcement:
Your brain learns that avoidance equals safety, making the fear worse the next time.
How to Break the Cycle
Face the Trigger:
Practice gradual exposure by staying in or facing safe situations instead of running away.
Slow Your Breathing:
Use Cyclic Sighing—take two quick inhales through your nose followed by one long, slow exhale through your mouth to quickly lower your heart rate.
Challenge Thoughts:
Ask yourself if your fearful thought is 100% true or based on perceived rather than real danger.
FYI – AI - Watch this short video to better understand the mechanics of the anxiety cycle and how avoidance keeps it alive:
Promotion - Anxiety in 2 minutes
https://www.youtube.com/watch?v=D46Y-LDbFWY
Transportation – Lived Experience
20260824-M-Drove by car to Quest Diagnostics and Walmart. Car driver window linkage broke. Got to initiate an emergency (scenario) protocol. Ended up dropping it off at a new mechanic (Armen’s) for us (The car and me). I used the bus after quite some time not using it. Fixing the car cost $250. On and off my anxiety and fatigue flared. It was around 92 degrees outside. I used the walker starting with going to Quest. I scheduled an appointment with Quest for August 26, 2026 (W) at 1 PM. As of August 26, 2026 (W) @ 4 PM my blood draw at Quest is complete. Now preparing for follow up #2.
Perceived Danger
Perceived danger is a subjective feeling or thought that a threat exists, even when you are physically safe in the present moment. It triggers the body's stress response based on fear, past trauma, or uncertainty rather than hard facts.
Understanding Perceived Danger
The Brain's Alarm:
Your nervous system treats imagined or future worries the same way it treats a real physical emergency.
Emotional Roots:
It often stems from past memories, anxiety, or cognitive biases rather than present-day evidence.
Physical Toll:
Chronic stress can happen when your body reacts to everyday life as if it were a crisis.
Perceived V Real Danger
Perceived danger is the subjective feeling of a threat based on emotions, fears, or past trauma, while real danger is an objective, evidence-based threat to physical safety.
Understanding the Difference
Perceived Danger:
Stems from thoughts, anxiety, memories, or cognitive biases. Your brain imagines a negative outcome or future event.
Real Danger:
Based on empirical facts, data, and immediate physical presence. An actual hazard requires immediate action.
Why the Body Reacts the Same Way
Fight or Flight:
The nervous system triggers adrenaline, increased heart rate, and muscle tension for both real and perceived threats.
Hypervigilance:
Past stress can keep your internal alarm system stuck on high alert, misinterpreting safe situations as dangerous ones.
Logic Offline:
Intense survival hormones can temporarily block the rational parts of your brain.
FYI – AI - For a helpful overview of how the brain processes emotional safety versus physical safety and how perceived threats can trigger real physical symptoms:
What Triggers my Anxiety while Driving?
- Being pulled over
- Car breakdown (8-24-26 (M) actually happened))
- Driving Errors
- Hospitalization
- Involving Triple A
- Law enforcement
- Leave car somewhere
- Light to Dark transitions like going into an underpass during daylight
- No viable backup system
- Stranded
- Thinking that my future is going to bring more hardship
Driving Anxiety
Driving anxiety (amaxophobia) involves intense fear, a racing heart, or panic attacks behind the wheel, often triggered by highways, bridges, heavy traffic, or the trapped feeling of physical symptoms. It can make normal travel feel overwhelming, but specific steps help regain control.
Quick In-The-Moment Coping Tools
Pull over safely:
Stop the car in a parking lot if panic peaks, and let the physical wave pass without fighting it.
Breathe slow:
Take long, deep breaths to lower your heart rate and signal safety to your brain.
Drop the tension:
Relax your grip on the steering wheel and drop your shoulders.
Turn off caffeine:
Skip coffee or energy drinks before driving, as they mimic and worsen adrenaline surges.
Steps to Build Long-Term Confidence
Drive in small steps:
Practice sitting in the car, then driving around the block, slowly moving up to longer trips.
Stick to familiar routes:
Revisit easy, low-traffic roads before attempting high-speed merge lanes or freeways.
Bring a passenger:
Ask a calm friend or family member to ride along for support during early practice drives.
Seek professional care:
Work with a counselor using cognitive behavioral or exposure techniques. You can search for local care options using the Anxiety & Depression Association of America Therapist Directory.
FYI – AI - If you'd like, let me know: What specific situations or roads trigger your panic the most? Have you recently experienced an accident or sudden onset of symptoms? I can share more targeted strategies or grounding exercises for your situation.
20260820-TH-Appointment - Dr. Martin J. Backman
Cyclic fast anxiety with surges on the way
Fatigued when I got to facility parking till inside office
Presenting Problems – Elimination List (A to Z)
- Abilify Toxicity
- Amyloid
- ALZ
- Caffeine already eliminated
- CBC components
- Deficiencies
- Dementia
- Epilepsy
- Fear driving
- Folic Acid
- Lithium Toxicity – Remedied by discontinuing July 29, 2026
- Micro-infarcts
- Nicotine
- Risk of Falling
- Seizure(s)
- Sleep
- Stroke
- T. pallidum (If so, exposure more than 15 years ago else MSOE had it)
- Thyroid
- Toxicities
- Tremors
- Vitamin B12
- Walking
- Wellbutrin Toxicity
Bios Dr. Martin J. Backman
Dr. Martin J. Backman is a local neurologist practicing in Fountain Valley/Santa Ana, California. He treats conditions like epilepsy, dementia, and Alzheimer's disease, and can be reached at his office at 11180 Warner Ave, Suite 259, by calling (714) 540-1840.
Office Details
Address: 11180 Warner Ave, Suite 259, Fountain Valley, CA 92708
Phone Number: (714) 540-1840
Affiliations: MemorialCare Orange Coast Medical Center
Medical School
National University of Buenos Aires - 1975
Internship Program
SUNY at Buffalo School of Medicine – 1985
Residency Program – Neurology - SUNY at Buffalo School of Medicine - 1988
20260821-F: 2.6 (85 reviews)
Aside – Chronic Traumatic Encephalopathy (CTE)
Chronic Traumatic Encephalopathy (CTE) in high school football players is linked to the cumulative accumulation of repetitive, subconcussive head impacts rather than just diagnosed concussions.
Key Facts About CTE and High School Play
Subconcussive Hits:
A high school football lineman can receive between 1,500 and 1,800 sub-concussive hits (blows that do not cause overt concussion symptoms) in a single season.
Total Exposure:
Four years of high school football can expose a player to roughly 6,000 to 7,200 hits to the head before any college or professional play.
Dose-Response Risk:
Research shows that the risk of developing CTE increases with the duration and level of play; higher levels (college and professional) scale up the overall risk relative to stopping after high school, but the foundational damage often starts in youth and high school sports.
Diagnosis Limitation:
CTE can only be definitively diagnosed postmortem through brain tissue examination, making exact prevalence numbers in living former high school athletes difficult to fully quantify.
FYI – AI - If you'd like, I can share: Signs and symptoms of head trauma to watch for in young athletes. Safer tackling techniques and rule changes implemented in youth sports. Recent studies regarding cumulative head impact metrics. Let me know how you would like to proceed.
Lived Experience - Head Injuries
- Left eye blinded – Intraocular Hematoma
- Head butting - Multiple
- Ice skating fall – Forehead hits ice and required stitching
- Unconscious fall hit head on metal
- Neck hyperextension – Car accident with rapid deceleration
- Boxing – Head hit block wall
- Fall backwards – Super painful
- Broken nose #1
- Broken nose #2
https://backmanneurology.com/about-us
Promotion - Copyright © 2019 Dr. Martin Backman - All Rights Reserved.
Dr. Backman graduated with Honors from the National University of Buenos Aires, Faculty of Medical Sciences. After graduation he completed a four-year residency training in Internal Medicine at a military hospital in Buenos Aires, remaining as an attending physician on the Intensive Care Unit for two years.
Dr. Backman started his US training at the State University of New York at Buffalo, where he completed four years of residence training, becoming Board Certified in Adult Neurology during 1994.
For the last 20 years Dr. Backman has practiced general neurology in Orange County where he has been evaluating and treating patients in his office while covering several hospitals in the area, where he was a Medical Director of the Acute Stroke Program at Fountain Valley Regional Medical Center for five years.
Dr Backman is an Expert Medical Reviewer for the California Medical Board, where he evaluates physicians with potential quality of care issues.
During his free time, he likes to spend time with his family, walk his dogs, play the guitar, practice martial arts (black belt in Shotokan Karate) and listen to music including Hawaiian, Hard Rock and Country.
Promotion - UCI Health
Fountain Valley Regional Medical Center
Fountain Valley Regional Hospital was acquired by UCI Health in March 2024 for $975 million and rebranded as UCI Health — Fountain Valley.
Recent Changes and Closures
Pediatric Unit Closure:
In March 2026, UCI Health unexpectedly closed the hospital's pediatric floor and pediatric intensive care unit (PICU), transitioning the space to adult care due to low patient volume.
Layoffs and Protests:
The abrupt closure displaced about 35 nurses and other specialized healthcare workers, sparking protests and rallies organized by the California Nurses Association demanding the reinstatement of staff and pediatric services.
Continued Services:
The hospital remains open and fully functional for adult care, emergency services, and obstetric care—including maternity, postpartum, and neonatal intensive care
.
Aside - Expert Medical Reviewer – Model Dr. Backman MD
An expert medical reviewer evaluates patient files, clinical data, or legal evidence to provide an unbiased, professional opinion. They assess whether medical care met proper standards, ensure documentation accuracy, or check medication safety for organizations, insurance companies, or state medical boards.
Core Duties
Examine Records:
Read through charts, notes, test results, and treatment histories to find facts.
Assess Care Standards:
Decide if a doctor or hospital followed proper medical guidelines.
Write Reports:
Create clear, detailed summaries explaining their clinical conclusions.
Explain Complex Ideas:
Translate hard medical terms into simple language for judges, lawyers, or insurance adjusters.
Provide Testimony:
Answer questions in depositions or legal hearings if a case moves forward.
Where They Work
State Medical Boards: Investigate complaints against licensed doctors.
Legal and Insurance Firms:
Help evaluate medical malpractice, personal injury, or fraud claims.
Pharmaceutical and Research Teams:
Monitor drug safety and clinical trial data.
FYI – AI - If you are looking into a specific type of medical review, tell me if you are interested in legal/malpractice cases, state board reviews, or insurance/pharma work, and I can give you more details.
Note – Associated with Lithium discontinuance hand and leg tremors improved.
Gilbert Drugs “Nick”
Address: 9240 W Garden Grove Blvd #20, Garden Grove, CA 92844
Phone: (714) 638-8230
Thing to Bring to Appointment
20260820-TH-Day of appointment - Done
20260826-W-Day of blood draw - Done
Promote – Quest Diagnostics
https://www.questdiagnostics.com/
Time Line Affiliated with >
ASK_Medications_RX_26010801_Notes
When to See a Neurologist?
https://www.rush.edu/news/when-see-neurologist
Part of Presenting Problems – Neurology Assessment
ND = Not Diagnosed | RT = Real Time | LSF = Low Scores are Favorable
Scale
0.0 = No | 0.50 = SoSo | 1.00 = Yes
20260729-W-Dr RBB discontinues Lithium
20260820-TH-Dr. Backman MD Neurology
20260826-W-Quest Lab for blood draw
Can Nicotine Interfere with Walking?
Yes, nicotine can interfere with walking, primarily by constricting blood vessels, reducing blood flow to your leg muscles, and accelerating conditions like peripheral artery disease (PAD), which causes painful leg cramps and weakness during physical activity.
How Nicotine Affects Walking Ability
Constricts blood vessels:
Nicotine narrows your arteries, making it harder for oxygen-rich blood to reach moving leg muscles.
Triggers cramping (Claudication):
Reduced blood flow causes sharp pain, fatigue, or cramping in the calves during a walk.
Lowers endurance:
Your heart rate increases, but your muscles receive less efficient oxygen delivery, causing early exhaustion.
Worsens PAD:
Long-term nicotine use damages blood vessel linings, making walking distances shorter and more painful over time.
Can Nicotine Interfere with Balance?
Yes, nicotine can interfere with balance. It affects the inner ear and the brain signals that control spatial awareness, often causing temporary dizziness, involuntary eye movements (nystagmus), and increased body sway, especially in people who do not use it regularly or who consume high amounts.
How Nicotine Affects Balance
Inner ear disruption:
Nicotine and carbon monoxide reduce blood and oxygen flow to the delicate structures of the inner ear that manage balance and gravity.
Eye movement changes:
It can trigger nicotine-induced nystagmus, an involuntary shifting of the eyes that confuses the brain's sense of stability.
Nervous system impact:
Nicotine alters neurotransmitter functions that process spatial signals, leading to unsteadiness or lightheadedness.
Can Tobacco interfere with walking?
Yes, tobacco use can interfere with walking by reducing circulation, causing leg pain, and lowering endurance.
How Tobacco Affects Walking
Reduced Blood Flow:
Nicotine narrows blood vessels and restricts circulation to the lower limbs, making it harder for muscles to get needed blood.
Less Oxygen:
Carbon monoxide in tobacco smoke replaces oxygen in the blood, reducing the oxygen available to active muscles.
Leg Cramps and Pain:
Poor circulation and oxygen shortages can cause Peripheral Artery Disease (PAD), often called "smoker's leg". This leads to sharp cramps or pain in the calves when walking, a condition known as intermittent claudication.
Shortness of Breath:
Damaged lung function makes smokers tire out much faster, limiting how far and how fast they can walk.
Balance Issues:
Smoking can damage the vestibular system and weaken spinal bones and muscles, leading to dizziness or poor coordination.
FYI – AI - If you or someone you know is experiencing leg pain while walking, would you like information on quitting resources or signs of vascular issues to discuss with a doctor?
Building Confidence to walk again
Rebuilding confidence to walk again takes time, patience, and small steps. Start by practicing safe weight shifts and standing near a sturdy support like a kitchen counter or chair. Focus on flat indoor surfaces first, celebrate tiny victories, and gradually increase your time on your feet each day.
Safe Practice Steps
Shift weight slowly from side to side while holding a chair to build hip stability.
Stand tall with good posture, keeping your eyes looking forward instead of down at your feet.
Walk short distances between two safe resting spots or chairs in your home.
Rest often before you feel too tired, keeping your routine calm and steady.
Mental and Emotional Support
Accept fear as a normal part of healing after an injury or a fall.
Set tiny goals like standing for ten seconds or taking three deliberate steps.
Breathe slowly to stay calm and relaxed when you feel unsure or wobbly.
FYI – AI - If you'd like, let me know: What caused the need to learn to walk again (surgery, injury, illness, or a fall)? Are you currently working with a physical therapist or using an assistive device? I can share more specific tips tailored to your situation.
6 Most Common Medications to Treat Neurological Disorders
Written by Juhi Modi
Medically reviewed by HaVy Ngo-Hamilton, Pharm.D. | Updated Apr 7, 2023
https://www.buzzrx.com/blog/6-most-common-medications-to-treat-neurological-disorders
Neurological disorders are conditions that affect the brain, spinal cord (central nervous system), and the nerves distributed throughout the body. They include a wide range of conditions such as attention deficit hyperactivity disorder (ADHD), Alzheimer’s disease, Bell’s palsy, brain tumors, traumatic brain injuries, carpal tunnel syndrome, cerebral aneurysms, diabetic neuropathy, epilepsy, and essential tremor. They also include movement disorders like Parkinson’s disease, mild cognitive impairment, migraine, multiple sclerosis, myasthenia gravis, amyotrophic lateral sclerosis (ALS), stroke, muscular dystrophy (progressive muscle weakness), and many more. More than 600 neurological diseases are known to affect humans.
FYI – Medications – Good Read
https://www.buzzrx.com/blog/6-most-common-medications-to-treat-neurological-disorders
Some neurological conditions occur as side effects of medications, for example, drug-induced movement disorders like tremors, neuroleptic malignant syndrome (NMS), serotonin syndrome (serotonin excess), permanent cerebellar syndrome, tardive dyskinesia, and other tardive syndromes. Please continue reading to learn more about some medications used to treat common neurological disorders.
Micro Infarcts
Standard clinical MRI scanners usually cannot see individual cerebral microinfarcts because the lesions are microscopic (often under 1 mm). However, specialized or advanced scans can detect them under specific conditions.
Detection Methods
Diffusion-Weighted Imaging (DWI):
Can sometimes detect very small, acute (fresh) microinfarcts if the scan is performed shortly after the event occurs.
High-Field MRI (7T or specialized 3T scanners):
Ultra-high-field research scanners can visualize cortical microinfarcts ranging from 0.5 mm to 4 mm in size, though this is not yet standard in routine clinical practice.
Indirect Markers:
Standard clinical MRI instead looks for larger related signs of small vessel disease, such as lacunar infarcts, white matter hyperintensities, and brain atrophy, which strongly imply that microinfarcts are present.
Can Neurological Disorders be reversed in Older Adults?
Most progressive neurological disorders like Alzheimer's disease and Parkinson's disease cannot be reversed, but some cognitive and neurological symptoms in older adults are fully or partially reversible if they stem from treatable underlying causes.
Reversible Neurological Conditions
Certain issues mimic permanent neurodegenerative diseases but can be fixed with proper medical care:
Vitamin Deficiencies:
Low levels of Vitamin B12 or folate cause confusion and memory loss that improve with supplementation.
Thyroid Problems:
Hypothyroidism slows metabolism and brain function, which normalizes when treated.
Medication Side Effects:
Sedatives, anticholinergic drugs, and a mix of prescriptions can impair cognition until the drugs are adjusted.
Infections: Urinary tract infections (UTIs) or systemic infections frequently trigger sudden delirium or confusion in older adults.
Normal Pressure Hydrocephalus (NPH):
Fluid buildup in the brain causes gait issues and dementia-like symptoms that can resolve with a surgical shunt.
Depression:
Severe depression ("pseudodementia") mimics cognitive decline and clears up with psychological or medical treatment.
Irreversible Conditions and Management
True neurodegenerative diseases involve the permanent destruction of brain cells:
Alzheimer's and Dementia:
Progressive neurodegenerative dementias have no cure, though lifestyle changes, therapies, and medications can manage symptoms or slow down progression.
Brain Plasticity and Exercise:
Aerobic exercise and intensive training can improve blood flow and slightly increase hippocampal size, helping to offset age-related decline, but they do not reverse core neurodegenerative pathology.
You can consult the Cleveland Clinic for more details on neurodegenerative diseases and their management.
FYI – AI - If you're asking about a specific situation, please share: What symptoms are present (memory loss, confusion, physical tremors)? How quickly did the symptoms start?I can help you understand whether they might point to a reversible cause.
Appendix - Neurologic Exam
Category
Mental status (8 years or older)
Cranial Nerves
Sensory
Motor
Strength
Reflexes
Coordination
Gait and station
Additional narrative/comments
Modified Rankin Scale = 4 of 6 with 6 being dead
No comments:
Post a Comment