#csvd

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Nervous System Effects of Systemic Lupus Erythematosus

AKA I spent hours suffering trying to find all this information and I want you to not have to do that!

Cerebrovascular

1. Stroke

"...studies have shown that stroke occurs more frequently in people with SLE than in the general population, with ischemic stroke developing in up to 20% of lupus patients..." link

2. Cerebral Small Vessel Disease

"CSVD is an umbrella term for a variety of conditions resulting from damage to small blood vessels in the brain. In most cases, CSVD is caused by the narrowing or obstruction of small blood vessels in the brain due to inflammation and/or a buildup of misfolded proteins called plaques. This chronic damage can starve brain cells of oxygen and cause internal bleeding, which in turn can damage other nearby brain cells." link

Diagnosed via a brain MRI to look for bleeding of the small blood vessels, damage to white matter, and small strokes - link

Occasionally is confused for Multiple Sclerosis - link

"Quantified MRI brain studies of individuals with lupus show significantly accelerated cerebral SVD, suggesting that this is the most frequently observed radiological–pathological brain abnormality in lupus...." link

CSVD is a large cause of dementia in the general population but the significance of these findings in SLE patients is unknown - link

Central Nervous System

1. Transverse Myelitis

"Transverse myelitis is a neurological condition that happens when both sides of the same section of the spinal cord become inflamed. This inflammation can damage myelin, the fatty substance that covers your nerves. Loss of myelin often leads to spinal cord scarring that blocks nerve impulses and results in physical problems." link

Symptoms can develop quickly or over the span of several weeks. Symptoms include back pain, neck pain, paresthesia, loss of bowel and/or bladder control, and heightened sensitivity to touch - link

Diagnosed via CT, MRI, or myelography - link

Differential diagnosis of comorbid Neuromyelitis Optica Spectrum Disorder - link

Transverse myelitis occurs in approximately 1% of lupus patients - link

2. Autoimmune Aseptic Meningitis

"...an inflammatory condition affecting the meninges, the protective membranes surrounding the brain and spinal cord..." - link

"Given that many individuals with lupus are immunosuppressed, a critical differential diagnosis is one of infectious meningitis caused by typical or opportunistic pathogens." - link

May cause nausea, fever, and neck stiffness among other symptoms - link

Diagnosed with a lumbar puncture and/or CT in part to rule out other causes of symptoms - link

3. Chorea

Chorea is a movement disorder causing involuntary, irregular, and unpredictable muscle movements. It affects arms, legs, and facial muscles - link

4. Parkinsonism

Causes slowed movements, tremor, and stiffness - link

Not the same as Parkinson's Disease!

A rare effect of lupus - link

Diagnosed based on brain MRI, single-photon emission computed tomography (SPECT), and response to treatment - link

5. Myoclonus

"Myoclonus is an uncontrollable muscle movement that’s sudden and brief. " link

6. Demyelinating Syndrome

"An association between lupus and MS-like brain changes have been suggested, and sometimes termed “lupoid sclerosis”" link

3.7% of patients have a demyelinating syndrome (though not all have primary SLE demyelination) - link

Demyelinating syndrome may cause vision loss, muscle weakness, muscle stiffness and spasms, loss of coordination, change in sensation, walking problems, and changes in bladder and bowel function - link

7. Lupus headache

"Headache is a highly prevalent disorder in people with SLE, but there is no convincing evidence that this incidence is higher than that seen in the general population. Thus the entity of “lupus headache” is controversial." link

One of the main characteristics of lupus headaches is that they are not remedied by pain medication. lupus headaches require treatment with steroids or immunosuppressants to resolve -- "severe, persistent headache; may be migrainous, but must be nonresponsive to narcotic analgesia" link

8. Posterior reversible encephalopathy syndrome (PRES)

"Posterior reversible encephalopathy syndrome (PRES) is a neurologic disorder in which a person presents with visual disturbance, seizure, headaches, and altered mentation" - source

"Posterior reversible encephalopathy syndrome (PRES) has been increasingly identified in patients with systemic lupus erythematosus (SLE)" - source

8. Seizures

"prevalence of explicit episodes of seizures among SLE patients, varies from 2 to 8%." - link

"SLE patients with recurrent seizures usually have abnormal findings on EEG, consistent with focal aware events, epilepsy with impaired awareness and focal to bilateral tonic-clonic epilepsy, as demonstrated by Appenzeller and colleagues who found that 9.7 % of patients with single epileptic seizure had abnormal EEG findings, compared to 100 % abnormal EEG findings, commonly on temporal lobe, in patients with recurrent seizures" - link

Peripheral Nervous System

1. Cranial Nerve Disorder

"Cranial nerve disorder refers to an impairment of one of the twelve cranial nerves that emerge from the underside of the brain, pass through openings in the skull, and lead to parts of the head, neck, and trunk. These disorders can cause pain, tingling, numbness, weakness, or paralysis of the face including the eyes." - source

"Cranial nerve involvement is also relatively uncommon and usually transient, occurring in 10% of patients with SLE." - source

2. Peripheral Neuropathy

"Peripheral neuropathy happens when the nerves that are located outside of the brain and spinal cord (peripheral nerves) are damaged. This condition often causes weakness, numbness and pain, usually in the hands and feet. It also can affect other areas and body functions including digestion and urination." - source

"Peripheral neuropathy occurs in as many as 18% of patients with SLE" - source

Ocular

1. Optic Neuritis

"The optic nerve itself can sometimes be inflamed in lupus, or it can be affected when the blood vessels supplying the nerve are themselves inflamed (that is, ischemic optic neuropathy). This can lead to a change in vision, or even vision loss." - source

"Optic neuritis is an uncommon neurologic manifestation of systemic lupus erythematosus (SLE) and can be seen in about 1% of lupus patients" - source

"Optic neuritis usually affects one eye. Symptoms might include: Pain, vision loss in one eye, visual field loss, loss of color vision, and flashing lights." - source

Autonomic Nervous System

1. Autonomic Neuropathy

"Autonomic neuropathy occurs when there is damage to the nerves that control automatic body functions. It can affect blood pressure, temperature control, digestion, bladder function and even sexual function." - source

"Autonomic nervous system dysfunction is highly prevalent in SLE patients (up to 54%)" - source

Psychiatric

1. Lupus psychosis

" Psychosis is a serious mental disorder featuring defective thought processes, frequently with delusions or hallucinations." - link

Psychosis is one of the diagnostic criteria for systemic lupus erythematosus

"Differentiation of steroid-induced psychosis from lupus-associated psychosis is particularly challenging" - link

[sinhasikha246-blog]

Understanding Small Blood Vessel Disease of the Brain

Small vessel disease of the brain or cerebral small vessel disease (CSVD) is an illness that targets the small arteries, arterioles, venules and capillaries in deep areas of the brain. Although frequently overlooked, CSVD is a significant contributor to various neurological diseases and is a major cause of cognitive impairment and stroke, especially in older people.

What is cerebral small vessel disease?

Cerebral small vessel disease is a term used to describe a variety of abnormalities in the small brain blood vessels. These vessels provide blood to the white matter and deep grey matter of the brain. When damaged or occluded, it results in decreased blood supply and tissue injury, which can progressively impair brain function.

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To read more visit - https://froodl.com/understanding-small-blood-vessel-disease-of-the-brain

[jorgemarquet]

Disrupted brain structural networks associated with depression and cognitive dysfunction in cerebral small vessel disease with microbleeds - ScienceDirect

[jhavelikes]

Ceramide, a bioactive sphingolipid, serves as an important second messenger in cell signal transduction. Under stressful conditions, it can be generated from de novo synthesis, sphingomyelin hydrolysis, and/or the salvage pathway. The brain is rich in lipids, and abnormal lipid levels are associated with a variety of brain disorders. Cerebrovascular diseases, which are mainly caused by abnormal cerebral blood flow and secondary neurological injury, are the leading causes of death and disability worldwide. There is a growing body of evidence for a close connection between elevated ceramide levels and cerebrovascular diseases, especially stroke and cerebral small vessel disease (CSVD). The increased ceramide has broad effects on different types of brain cells, including endothelial cells, microglia, and neurons. Therefore, strategies that reduce ceramide synthesis, such as modifying sphingomyelinase activity or the rate-limiting enzyme of the de novo synthesis pathway, serine palmitoyltransferase, may represent novel and promising therapeutic approaches to prevent or treat cerebrovascular injury-related diseases.

Frontiers | Ceramide in cerebrovascular diseases

[neurosciencenews]

Blood test identifies risk of disease linked to stroke and dementia

Six proteins in the blood can be used to assess a person’s risk of developing cerebral small vessel disease (CSVD). CSVD has been linked to an increased risk of stroke and Alzheimer’s disease.

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Anon : so. how was the event~? XD

Vector : terrible

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[geriatricacademy]

Cerebral Small Vessel Disease

What is cerebral small vessel disease (CSVD)?

Cerebral small vessel disease is a very common condition among the elderly that affects the blood vessels in your brain. The changes in your vascular system due to CSVD can cause abnormalities in your brain. Such abnormalities can be seen using neurological imaging, and may include findings such as:

Lacunar infarcts (also known as a stroke). A lacunar infarct is a type of stroke that happens when one or more of the brain’s small arteries become blocked. This reduces blood flow and oxygen transport to the brain.

White matter hyperintensities (WMH). These will be discussed later in the article, but occur when a certain region of the brain does not receive enough blood and oxygen.

Cerebral (brain) microbleed. This occurs when the small blood vessels in the brain bleed.

Brain atrophy. This phenomenon refers to the loss of neurons in the brain, causing the brain to get smaller in volume. Brain atrophy is associated with cognitive decline and dementia [1].

CSVD contributes to 20 to 30 percent of stroke and brain bleed cases and 45 percent of dementia cases. CSVD affects almost all adults over 90 years of age and can cause the cognitive and functional decline seen in many elderly individuals. The brain and vascular changes seen in CSVD are also associated with Alzheimer’s disease [1,2,3]. In fact, one study found that 95% of people between 60 and 90 years of age have CSVD.

What causes Cerebral Small Vessel Disease?

Experts do not fully understand the mechanisms underlying CSVD, and there are several potential causes. The two most common causes of CSVD include atherosclerosis-associated and amyloid-associated CSVD [2].

Atherosclerosis

Atherosclerosis affects your arteries. The arteries are blood vessels that carry blood from your heart to the rest of your body. In arteriosclerosis, the artery walls become thick because of scarring and inflammation. Cerebral small vascular atherosclerosis refers to the thickening of arteries that are very small (less than 50 micrometers in diameter) in the brain. Your arteries may also twist, get stretched out, and have reduced flexibility.

The heart and body need to constantly be pumping blood in order to deliver oxygen to your brain and other tissues. When blood vessels are too thick and impaired, it is harder for the body to pump blood around the body. For example, it can affect blood flow to the brain, leading to problems with cognition. One study found that in patients with Alzheimer’s and Binswanger’s diseases (two types of dementia), blood flow was reduced by 25 percent compared with normal patients [1].

Amyloid changes

Amyloid is an abnormal protein that can build up to form deposits in the body’s organs and tissues. In amyloid-related CVSD, amyloid builds up in the walls of small or medium-sized arteries. The accumulation of amyloid affects the blood-brain barrier (BBB). The BBB is a barrier that controls what moves from the blood into the brain. Amyloid deposits compromise the integrity of the BBB, causing leakage and blood vessel abnormalities. This can cause damage to the brain.

Amyloid in the blood vessels is almost always present in elderly individuals with dementia, specifically Alzheimer’s disease. Additionally, these amyloid abnormalities occur in 64 to 85 percent of elderly individuals with normal cognitive function [1,2].

What are the risk factors for Cerebral Small Vessel Disease?

While CSVD can occur with age, it can be worsened with conditions such as hypertension and diabetes. Likewise, risk factors for CSVD include:

Hypertension

Diabetes

Smoking

Atrial fibrillation (abnormal heart rhythm)

Age

Obesity

Cholesterol problems

Chronic kidney disease

Infection

Blood disorders

Certain hereditary diseases [1]

What are the symptoms of CSVD?

The symptoms of CSVD will vary depending on what caused the condition and the part of your brain that is affected. Some symptoms may include:

Stroke. CSVD contributes to 25 percent of strokes. Additionally, having CSVD can double your chances of having another stroke.

Decline in cognitive function and/or dementia. CSVD contributes to roughly 45 percent of dementia cases. Cognitive problems associated with CSVD can present as poor memory and attention, slower information processing, and trouble with recall.

Walking difficulties. If you experience problems with movement due to CSVD, you may have a slower rate of walking, shorter stride, and wider stance than normal. Gait issues with CSVD should not be confused with Parkinson’s disease. Both conditions have similar symptoms but are different. Movement problems with CSVD differ in that you may experience urinary problems, rigidity, falls, and dementia. CSVD symptoms will not include tremors and will have a poor response to levodopa, a Parkinson’s medication.

Psychiatric problems. CSVD can cause you to become agitated, anxious, depressed, or irritable. You may also experience hallucinations, changes to your appetite, and trouble sleeping.

Mood and behavior problems You may also experience changes in your emotions, such as feelings of depression or disinterest.

Troubles with urinating. Symptoms can include difficulty urinating, urinating frequently, urinating in the middle of the night, or feeling the urgency to urinate.

Other signs. Other symptoms of CSVD may include vertigo (dizziness and/or trouble balancing), ringing in the ear, and hearing problems [1,3].

How do doctors diagnose CSVD?

Your doctor can diagnose CSVD using a magnetic resonance imaging (MRI). Using an MRI scan, your provider can evaluate your brain for abnormalities. An important finding includes a “white matter hyperintensity” (WMH).

Your brain consists of two types of tissues: white matter and grey matter. White matter is important when it comes to CSVD. White matter consists of the nerve fibers in the brain. White matter is very susceptible to small blood vessels changes that cause low blood flow and oxygen transport to the brain.

Your doctor is able to see changes to your brain’s white matter on an MRI. When an area of your brain does not receive enough blood and oxygen, it becomes damaged, forming a WMH. This appears as a bright white area on an MRI. Your doctor may also be able to see other abnormalities on an MRI, such as a stroke or microbleed [3].

How can you treat or prevent Cerebral Small Vessel Disease?

How you prevent and treat CSVD will depend on your individual risk factors, medical history, MRI findings, and symptoms. Your options for management are detailed below.

Lowering your blood pressure

Blood pressure is a critical risk factor for CSVD. Thankfully, you can effectively treat your blood pressure with medication. One study found that individuals on antihypertensive (blood pressure lowering) medications had slower progression of WMH [3].

Lowering blood pressure can also reduce your risk of having a stroke. Another study demonstrated that lowering your systolic blood pressure to less than 120 mmHg decreased stroke incidence by 41% compared with higher targets [1].

Since this type of damage to the brain happens over a long time, it is very, very important to control your blood pressure by taking your medications and testing your blood pressure at home, exactly as instructed by your doctor. Thus, preventing this type of damage is entirely within your control.

Antiplatelet therapy

Antiplatelet medications are medications that prevent a blood clot from forming. Multiple trials have demonstrated that aspirin, an antiplatelet, lessens your chance of having another stroke by 30 percent. Other options include dual therapy with aspirin and another agent, such as clopidogrel. While effective, dual therapy may increase your risk of bleeding. Not everyone is a candidate for antiplatelet therapy. Your doctor will determine your eligibility based on your current medical conditions and after weighing benefits against risks. It is very important that you disclose to your doctor everything that you are taking, including supplements, herbals, and OTC agents, no matter how seemingly safe they may seem.

Thrombolysis

Thrombolysis is the process of dissolving a blood clot, which can increase blood flow and oxygen circulation throughout your body. A blood clot in your brain is what causes a stroke. Therefore, if you have a stroke, the doctor may administer what is known as recombinant tissue plasminogen activator (r-tPA). R-tPA is a thrombolytic agent that can dissolve a blood clot.

One study demonstrated that those that had a stroke and received r-tPA had better neurologic outcomes than those who did not. However, having WMH may increase your risk of bleeding with r-tPA.

Thrombolysis has other clinical considerations as well, and therefore may only be indicated in certain patients. Only your doctor or neurologist is qualified to make these decisions.

Statins

Statins are used to lower cholesterol. In those with WMH, statin treatment has been shown to lower your risk of stroke, cognitive decline, and WMH progression. Particularly, atorvastatin 80 mg has demonstrated efficacy in preventing stroke. Statins can also improve the function of the BBB [3].

Lifestyle changes

You can also reduce your risk of CSVD and other diseases through lifestyle changes. Regular physical activity, a healthy diet, and avoiding certain behaviors can prevent certain symptoms of CSVD. Behavioral changes such as stopping smoking, limiting alcohol intake, and limiting dietary sodium can prevent the worsening of brain abnormalities and related complications.

Sleep disturbances can also affect your brain health. Poor nighttime sleep has been shown to decrease brain volume, and increased daytime sleep is associated with MRI abnormalities [4].

Should I get tested to see if I have CSVD?

While some patients with CSVD will demonstrate symptoms such as stroke or cognitive decline, others may not have any symptoms at all. Your doctor may incidentally find signs of CSVD when looking at neuroimaging, such as an MRI.

When you have CSVD but do not have symptoms, this is known as being “asymptomatic” or having “silent” CSVD. Currently, there is not standard for identifying individuals with CSVD that are asymptomatic. Therefore, it is unknown whether treating asymptomatic CSVD is necessary or beneficial.

Prevention is Key!

Once damage to brain tissue has happened, it cannot be reversed. However, all of us have the ability to prevent damage by controlling the modifiable risk factors that contribute to the development of CSVD.

How do we do this? By controlling other chronic medical conditions you have that may cause or worsen CSVD. These include managing high blood pressure, high cholesterol, and stroke risk. If you have any of these conditions, your doctor may start you on one of the therapies detailed above [4,5].

As I have mentioned above, you can control the outcome by doing your part and listening to your doctor’s advice, and taking all of your medications exactly as prescribed.

This includes taking daily blood pressure and blood sugar readings and recording them in a journal or log, to be shown to your doctor at your next follow-up visit. Your doctor will then have a very clear idea of whether your prescribed medications are working or if the doses need to be adjusted for better control.

This therapeutic alliance between you, your doctor, and your pharmacist who dispenses your medications will ensure the best preventative medicine for you.

Learn More

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[longhaulerbear]

From 2016.

Increasing evidence suggests that new studies should consider drugs that target endothelium and blood–brain barrier to prevent and treat CSVD.

Prevention and treatment of CSVD in the future should consider targeting the BBB, brain endothelium and microvascular function. There are multiple potential endothelial targets, such as the nitric oxide/cyclic guanylate monophosphate (cGMP) system and prostacyclin/cyclic AMP (cAMP) system.90 Therefore, interventions that could induce cAMP or cGMP or reduce their degradation appear promising. There are several licensed drugs that have these properties like some nitric oxide donors and phosphodiesterases-5 inhibitors,90 while others are still in development. More experimental studies should be encouraged. However, in the meantime, management of these traditional risk factors according to guidelines should still be encouraged except to avoid long-term dual antiplatelet drugs.

In conclusion, CSVD is not just a collection of individual brain lesions, but is both a ‘dynamic’ and ‘whole-brain’ disease. All CSVD subtypes might share some common intrinsic CSVD aetiologies. Some pathological changes at the early stage of the disease could be reversible, but will gradually worsen and become irreversible as the damage in vessels and tissues accumulates. Modification of traditional risk factors and a healthy lifestyle are currently the most important prophylactic and therapeutic approaches for CSVD indefinitely and until more specific treatments are available.

[mgpraj]

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