Pineal Gland Tumours and Cysts - Australia and New Zealand

Pineal Gland Tumours and Cysts - Australia and New Zealand The world of medicine and medical procedure has come a very long way. With advice provided to MRI in 6-12 months and on many occasion 2 years.

Pineal Gland Tumors and Cysts Awareness for Australia and New Zealand - Creating a Public space to share information and educate and inform family/friends/carers and the medical professionals of symptoms, share information and have a VOICE! The medical system in Australia/New Zealand needs to INVEST in Brain Tumour research, FUND the diagnoses process, LISTEN to their patients and understand that

just because text books outline to medical students that pineal cysts are non-symptomatic, that there are a large group of people desperate for answers, respect, and support from their Health care providers, Insurance agencies and professionals trained in the neurology sector. Living with discomfort (and something in the centre of your brain) every day can be quite depressing, and cause severe anxiety for everyone involved – Let’s fasten the process and make way for changes to our current Medical system. Even so the medical professionals, doctors, specialist and general medical practitioners need to better grasp an understanding regarding the REALITY of symptomatic pineal gland tumours and cysts. This page is designed to bring people together suffering with pineal gland tumours and cysts, provide information to their family and friends, share practical and informative medical Information and to IMPACT the way this condition is managed in Australia and New Zealand whilst linking with our counterparts across the globe. If you’re a Pineal Gland Tumour or Cyst sufferer, family member/ friend, specialist or doctor; Share your Pineal Gland Cystic and Tumour stories here, share your ideas on how to support us, the medical specialists, general practitioners and doctors in Australia and New Zealand in better understanding patients with pineal gland tumours and cysts including research. This page encourages you to share your support mechanisms, friends/family can ask questions, provide medical success stories and recommend any solution that may raise awareness across our Countries. Our hope is that this Page can grow and be something that will lend a VOICE of courage, increase awareness/knowledge, and provide support to family, friends and carers. At the same time be accessed as a tool to change the way that the fields of neurology view symptomatic cysts and tumours in the pineal region! For those who know - The diagnostic process is lengthy and gruelling on all involved and generally takes many years to find the source of their physical pain and/or loss of cognitive function. Many patients with this disease do not get diagnosed and spend years being misdiagnosed, fighting the medical system for acknowledgement or suffering without any knowledge of the source of their pain. Most patients are never advised that a pineal cystic tumour can cause any issues and at times not advised it has appeared on and a patients MRI (until years pass and symptoms grow). Currently in the medical system most patients are diagnosed with an “incidental finding” rather never a main link to ongoing symptoms or the cyst. Medical intervention maybe available if you have seizures or a severe fluid brain blockage occurs? Even then surgery and ongoing testing can be denied. This needs to change NOW! Let’s keep an eye out for new ways to open the minds and hearts of so many doctors who are educated through medical training to not identify that this disease is real and CURABLE. We need to ensure we are not over medicated, misdiagnose, and are offered regular follow ups, MRI’s/MRA’s, second opinions, regular testing, clear diagnoses of tumour substance and provide us the respect that we deserve both emotionally and physically. There are also other Public, Closed and Support Groups available, so do asks if you would like to be linked to a private support group

Some fast facts:

Did you know Brain Tumours malignant or non malignant has the same affect’s on a patients brain cognitive behaviour and can affect all body functions? Did you know in Australia Brain Tumours are one of the least funded Cancer research programs – It is estimated that the leading cause of death from cancer in Children in is leukemia followed by in number 2 with Brain and other central nervous system cancer? Just imagine if you had something in the middle of your brain – Would you leave it there without regular support, testing and diagnoses? Did you know a Pineal Gland Tumor or Cysts can affect the flow of fluid to the spine and increase intracranial pressure? There are many facts we did not know – Now we are becoming one voice to share these stories! LETS COME TOGETHER AND CREATE A VOICE FOR FUNDED RESEARCH, MEDICAL SUPPORT IN RECOGNISING SYMPTOMS, REGULAR CHECK UP/TESTING INCLUDING MRI’S/MRA’S, ACCESS TO FACTUAL SECOND OPINIONS, INCREASE TRAINING FOR MEDICAL STUDENTS ON PINEAL REGION/TUMOURS, ACCESS TO SURGERY IF REQUIRED AND FUNDS TO SUPPORT THIS DEBILITATING CONDITION

So What is pineal gland, Its function, location and what are the symptom’s associated with a Pineal Gland tumours and cysts? The pineal gland is a small, pinecone shaped gland of the endocrine system. A structure of the diencephalon of the brain, the pineal gland produces the hormone melatonin. Melatonin influences sexual development and sleep-wake cycles. The pineal gland is composed of cells called pinealocyte’s and cells of the nervous system called glial cells. The pineal gland connects the endocrine system with the nervous system in that it converts nerve signals from the sympathetic system of the peripheral nervous system into hormone signals. Calcium deposits can build-up in the pineal and its accumulation can lead to calcification of the Pineal Gland

Function
The pineal gland is involved in several functions of the body including:
• Secretion of the Hormone Melatonin
• Regulation of Endocrine Functions
• Conversion of Nervous System Signals to Endocrine Signals
• Causes Feeling of Sleepiness
• Influences Sexual Development
• Influences Immune System Function
• Antioxidant Activity

Location
Directionally the pineal gland is situated between the cerebral hemispheres and attached to the third ventricle. It is located in the centre of the brain. It is deemed one of the most difficult places to operate and many neurosurgeons may not have had the adequate training or support team with experience to conduct the operation. Pineal Gland and Melatonin
Melatonin is produced within the pineal gland and synthesized from the neurotransmitter serotonin. It is secreted into cerebrospinal fluid of the third ventricle and is directed from there into the blood. Upon entering the bloodstream, melatonin can be circulated throughout the body. Melatonin is also produced by other body cells and organs including retinal cells, white blood cells, go**ds, and skin. Melatonin production is vital to the regulation of sleep-wake cycles (circadian rhythm) and its production is determined by light and dark detection. The retina sends signals about light and dark detection to an area of the brain called the hypothalamus. These signals are eventually relayed to the pineal gland

What is a Pineal Gland Tumor (Cysts are medically referred to as a Tumour with cystic visuals in MRI’s and CT scans)

Pineal tumours arise in the region of the pineal gland. This gland is a small structure deep within the brain. These tumours represent about 1% of all brain tumours but account for 3% to 8% of the intracranial tumours that occur in children. A Pineal Tumour can consist of neosplama’s, fluid filled cysts, begin tumour, calcified cyst and in rare cases malignant tumours

Pineal Tumour/Cyst Causes
As with most brain tumours/cysts, the cause of pineal tumours/cysts is largely unknown. Minimal research is available for people suffering from a pineal gland tumour or cyst


Pineal Tumour/Cyst Symptoms
Pineal region tumours arise in or near the pineal gland, which is a small midline structure located deep in the midbrain area, near many vital structures. The pineal gland is located next to the aqueduct of Sylvius, which serves as a passage allowing cerebrospinal fluid (CSF) to leave the centre of the brain where it is first produced, this fluid filters down your spine. Pineal Tumours can be cystic hence the reference to cysts Most people with a pineal cyst do have many signs and symptoms. A pineal cyst may cause headaches, hydrocephalus, obstruction of the vein of Galen (a vein at the base of the brain) and other blood vessels have been reported to be affected, Parinaud syndrome (a constellation of eye movement abnormalities), or other symptoms listed below. The exact cause of pineal cysts is unknown. What treatment options are available for Cysts? The best treatment options for pineal cysts depend on many factors, including the size of the cyst and whether or not it is associated with symptoms. For example, small cysts that do not cause symptoms do not require any treatment is usually only considered when a cyst causes symptoms or affects brain fluid flow. Treatment may involve open surgery, endoscopy or stereotactic removal of the cyst, stereotactic aspiration, and/or CSF diversion which is a procedure used to drain fluid from the brain. When a pineal cyst does cause symptoms, they may include headaches/migraines (the most common symptom), hydrocephalus (brain and spine fluid build-up), disturbances in vision, and Parinaud syndrome. People with symptomatic pineal cysts may have other symptoms such as difficulty moving, ataxia, loss of cognitive function, visual changes such as blurred/double vision, memory loss/disturbances, seizures, feeling like their head is going to burst, mental and emotional disturbances, vertigo, sleep disturbances such as insomnia and tired throughout the day, (circadian rhythm) troubles, nausea/vomiting, hormonal imbalances that may cause precocious puberty, or secondary parkinsonism,

Each person varies in symptom’s with no correlation to the size of the tumour/cyst

For further Information or any questions please do post on this page. We have wealth of expertise across our Admin Group!

🗣Head to the Hill - Pineal Patients, Family and Friends WE NEED YOU 🙏 THANKS and Credit for this post to Brain Tumour Al...
15/07/2026

🗣Head to the Hill - Pineal Patients, Family and Friends WE NEED YOU 🙏

THANKS and Credit for this post to Brain Tumour Alliance Australia (BTAA)

“Head to the Hill” is BTAA’s annual NATIONAL advocacy and awareness event at Parliament House, Canberra. Each year, patients, carers and supporters meet with Members and Senators to put brain cancer firmly on the national agenda.

❤️At the heart of the event is a powerful shoe installation — thousands of pairs representing the lives, stories and families impacted by brain tumours. Every pair symbolises a person, making the human cost visible in a way statistics alone cannot.

🙏You can take part each year by either/all by:
👉attending in person,
👉sending a pair of shoes and a story to be included in the installation,
👉writing to your Federal MP or Senator,
👉or sharing our advocacy messages across your networks.

📸 Explore past events below to view photos, videos and stories from each year.

🧠 Head to the Hill 2026 🧠
Head to the Hill 2026 will be held on 👉Wednesday, 14 October 2026
👉in the Great Hall at Parliament House in Canberra.

You can take part in Head to the Hill in two ways:

1) Register as an Attendee
2)Attend the event in person, experience the shoe installation, and stand with the national brain tumour community as we raise awareness and visibility at Parliament House.
3)Register as a Brain Tumour Advocate
Advocates play a central role in our national advocacy.

🤲When you register as an Advocate, you’ll receive the Advocate Toolkit, including:
Guidance for contacting your Federal MP or Senator

🔑 Key messages for 2026
👉Templates for outreach
👉Tips for sharing your lived experience
👉Support from BTAA throughout the process
👉Advocates are welcome to use the toolkit if they’d like support in meeting with their MP or Senator before or during the event, but this is completely optional and only for those who feel comfortable engaging directly with decision‑makers.

🤝More information and Registrations🤝

🗣PAST EVENT HIGHLIGHTS
Head to the Hill – October 2025

Head to the Hill 2025 saw patients, carers, clinicians and researchers come together to share their stories and advocate directly to federal MPs about the urgent needs of the brain tumour community. From personal stories, calls for funding and support from MPs, the day was full of powerful speeches and insights. Keynote speakers included Professor Richard Scolyer, Gail O’Brien and the Hon Mark Butler, Minister for Health.
You can watch all the speeches from the event in our video playlist:

🎥 https://www.youtube.com/playlist?list=PLwCp4MDvgvmD3mP6b3jwVG2bFhnW51v8Q

For more information on BTAA’s asks to Government at Head to the Hill 2025, see “The Australian Brain Cancer Landscape 2025”

Brain Tumour Alliance Australia invites you to join us to raise awareness about the horrific and unimproved life expectancy from brain tumours and communicat...

10/06/2026

The world feels loud.

Here’s a small reminder that hope still exists. 🎈

Pick up your complimentary balloon pack at Banksy Limitless Sydney, photograph it wherever feels meaningful to you, and share your image.

Follow , tag us, and use and .

The photo with the most likes will win a special prize featuring one item from every Banksy Limitless merchandise collection.

📅 9–30 June

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🧠 THE MYODURAL BRIDGE: What is it? How does it affect CSF? 🏊‍♀️ A Deep Dive into One of the Most Important — and Most Ig...
07/06/2026

🧠 THE MYODURAL BRIDGE: What is it? How does it affect CSF?

🏊‍♀️ A Deep Dive into One of the Most Important — and Most Ignored — Neuro-Biomechanical Systems in Modern Healthcare

🔬Research suggests that rhythmic somatic movement (walking, music-based movement, upper limb rhythmicity, sports movements, dance, even head nodding) improves CSF circulation partly through MDB-mediated dural stretching.

🧠The MYODURAL bridge (MDB) is no longer an obscure anatomical curiosity.

📖Over the last decade, research in anatomy, biomechanics, neurology, and cerebrospinal fluid physiology has revealed that the MDB is a critical mechanical and sensory connector linking:

• The suboccipital muscles
• The dura mater of the spinal cord and posterior cranial fossa
• The cerebrospinal fluid (CSF) system
• The brainstem and upper cervical spinal cord
• Autonomic and proprioceptive circuits
• Visual–vestibular–cervical integration pathways

🔥What this means is profound🔥

👉 Every neck movement influences the dura.
👉 Every dural tension change influences CSF flow.
👉 Every CSF pulsation influences brain function.
👉 Every suboccipital contraction influences the entire system.

🥸This is why patients with “mysterious” symptoms — head pressure, dizziness, brain fog, visual intolerance, autonomic instability, tinnitus, nausea, neck pain, cognitive slowing — often improve dramatically when the MDB and upper cervical system are restored.

🧩 WHAT EXACTLY IS THE MYODURAL BRIDGE?

The MDB is a dense collagenous and elastic connective tissue bridge that runs between:

• Re**us capitis posterior minor (RCPmi)
• Re**us capitis posterior major (RCPma)
• Obliquus capitis inferior (OCI)
…and the
• dura mater covering the spinal cord at the C0–C2 region.

👣It passes through the posterior atlanto-occipital membrane and posterior atlanto-axial membrane and attaches directly into the dura.

🧠Mechanically, it links:

🔹 Muscle → Dura
🔹 Dura → Spinal cord
🔹 Spinal cord → CSF circulation

🧠Functionally, it influences:

🔹 CSF movement
🔹 Spinal cord motion during flexion/extension
🔹 Brainstem dural tension
🔹 Proprioceptive input to vestibular & cerebellar nuclei
🔹 Nociceptive input to trigeminal nucleus caudalis
🔹 Autonomic modulation through central connections

🧠The MDB acts as a functional biomechanical tension modulator and neurological signaling structure.


🌊 MYODURAL BRIDGE → CSF FLOW

👀 A Deeper Look Into Why This Matters

🔥Cerebrospinal fluid is NOT static.🔥

It pulses, oscillates, circulates, and drains — driven by:
• Cardiac pulsation
• Respiration
• Cranial rhythmic impulses
• Postural changes
• Suboccipital muscle movement via the MDB

🧠The MDB appears to:

🔹 Maintain patency of CSF pathways
🔹 Prevent dural infolding during head movement
🔹 Assist peristaltic CSF movement through the cervical canal
🔹 Help orchestrate CSF flow between rostral and caudal compartments (Tan et al.)
🔹 Influence mechanical pressure gradients within the craniospinal system

When the MDB becomes dysfunctional — through trauma, whiplash, forward head posture, suboccipital guarding, concussion, brain injuries, brain surgery, brain tumours, long COVID inflammation, chronic stress, or autonomic dysregulation — the consequences can be widespread:

⚠️ CSF stagnation or altered pulsatility
⚠️ Posterior cranial fossa pressure sensitivity
⚠️ Cognitive fog and fatigue
⚠️ Occipital or suboccipital headaches
⚠️ Neck stiffness and pain
⚠️ Dizziness and visual motion hypersensitivity
⚠️ Altered proprioceptive input → cerebellum and vestibular nuclei
⚠️ Autonomic shifts (sympathetic dominance)

🔗 THE MDB, THE TRIGEMINAL SYSTEM, & AUTONOMIC NERVOUS SYSTEM

The dura mater is innervated by:
• Trigeminal afferents (C1–C3 converging at trigeminocervical nucleus)
• Sympathetic fibers
• Small-diameter nociceptive fibers

🧠Meaning:
• Suboccipital muscle contraction → MDB tension → dural tension → trigeminal nucleus activation
• This can refer pain or pressure into the head, eye, temple, jaw
• Dural mechanotransduction influences autonomic output
• Brainstem nuclei (NTS, DMX, RVLM) respond to altered dural tension and CSF pulsation changes

🗣This is why MDB dysfunction can mimic:
• Migraine
• Post-concussion syndrome
• Tension headaches
• Facial pain
• Autonomic flares (POTS-like symptoms)
• Foggy head
• “Feeling disconnected”
• Motion-triggered dizziness

It is a neuro-mechanical + neurochemical + CSF-driven + autonomic phenomenon.

This is also why traditional orthopedic or structural neck care fails so many of these patients:

😞They are treating the muscles but not the dura, CSF system, or brainstem networks.


🏥 THE APPROACH

A Comprehensive, Neuro-Integrated MDB Rehabilitation Model

You need to approach the myodural bridge using four major pillars:


🟦 1. Upper Cervical & Dural Tension Mapping

Perform advanced assessments, including:
• Suboccipital muscle palpation & tone mapping
• Accessory motion of C0–C1–C2
• Cervical joint position error (JPE)
• Smooth pursuit neck torsion test (SPNT)
• Flexion-rotation test
• Cervico-ocular reflex (COR) assessment
• VOR vs COR mismatch evaluation
• Dural tension testing via specific head movements
• CSF pressure-sensitive pattern recognition

This allows us to differentiate:
• Cervical-driven dizziness
• Dura-driven headache
• CSF-driven pressure symptoms
• Brainstem sensitization
• Visual-vestibular-cervical mismatch


🟦 2. Movement-Based Therapies Targeting MDB and CSF Mechanics

Apply rhythmic movement protocols that influence the MDB and CSF flow including:
• Coordinated head–neck rhythmic activation
• Cervical proprioceptive laser training
• Deep cervical flexor/extensor neuromotor retraining
• Suboccipital muscle inhibition and re-patterning
• Spinal rocking & oscillatory movement
• Rhythmic gait-pattern entrainment with cognitive or vestibular tasks
• Breathwork influencing thoraco-cervical pressure gradients
• Head/shoulder rhythmic sequencing (inspired by Tan et al.’s music-movement research)

These movements create mechanical oscillations that propagate through the MDB to enhance:
• CSF peristaltic flow
• Dural tension normalization
• Brainstem modulation
• Proprioceptive accuracy
• Autonomic balance

Movement is the medicine for this system.

🟦 3. Ciatrix Technology for Cranial & CSF Flow Support

Ciatrix technology adds a controlled rhythmic cranial CSF-supportive input that aligns beautifully with MDB and dural system physiology.

The Ciatrix platform helps:
• Reduce cranial-dural restrictions
• Enhance rhythmic CSF pulsation
• Influence craniospinal hydrodynamics
• Decrease pressure-driven symptoms
• Improve cranial mobility and fluid oscillation
• Support neuro-healing in brainstem and cerebellar networks

This technology complements hands on and movement-based work by adding a gentle, consistent, rhythmic mechanical input that the CSF system responds to extremely well.

🟦 4. Neuromodulation + Visual–Vestibular Integration

Because the MDB influences proprioceptive, vestibular, cerebellar, and trigeminal systems, we integrate:
• Photobiomodulation over brainstem/cervical regions
• ARPwave neuromodulation for suboccipital re-patterning
• Advanced oculomotor rehab
• Vestibular stimulation (static and dynamic)
• Autonomic nervous system retraining
• Cognitive-motor dual tasking

This creates full-brain integration, not just local muscle changes.



⭐ WHO BENEFITS FROM MDB-FOCUSED CARE?

We see dramatic improvements in:
• Post-concussion syndrome
• Long COVID neurological symptoms
• Chronic headaches
• Occipital neuralgia
• POTS & dysautonomia
• Brain fog
• “Head pressure” patients
• Chronic dizziness
• TMJ + upper cervical complex cases
• Whiplash or old injuries
• Visual motion sensitivity
• Neck pain with cognitive symptoms

If your symptoms haven’t made sense —
the myodural bridge might finally explain them.



💙 THERE IS HOPE

The MDB proves that the neck, dura, spinal cord, CSF, and brain are inseparable.

A Functional Neurologist or FND Service can help.

⭐️When you restore movement, you restore CSF.
⭐️When you restore CSF, you restore brain function.
⭐️When you restore brain function —
patients get their life back.


Advanced neurological rehabilitation for complex, chronic, and post-traumatic patients.

🗣There IS HOPE ⭐️

https://www.researchgate.net/publication/346678915_Somatic_Rhythmic_Motion_Effective_on_Peristaltic_Circulation_of_Cerebrospinal_Fluid_Hypothesis_for_Music-_and_Sport-Based_Interventions

🙏 Thanks FNC for this important information

PDF | Cerebrospinal fluid (CSF)-contacting neurons (CSF-N) located in the surface of both brain ventricles and the central canal (cc) in the spinal... | Find, read and cite all the research you need on ResearchGate

26/05/2026

“Benign is not fine”

👂 Listen to the following on why benign tumours can require follow up and multidisciplinary teams to manage and treat patients long term.

Check out below 👇

25/04/2026

Get your dancing 💃 shoes on!

🧠 All for a good cause, to help those facing the battle of Brain Cancer.

Love to see you there!

👏
15/04/2026

👏

“Health" looks different after a brain cancer diagnosis.

Brain cancer can change everyday life in ways most people don’t see. It’s not just about treatment; it’s about navigating personal changes that affect everyday life.

This , we want to hear from you! 👇In the comments below, tell us one thing that helped you or someone you care about cope with the changes that come with brain cancer.

💚March Is Brain Injury month! 🧠 Traumatic brain injury can result from various medical incidents, including stroke, aneu...
11/03/2026

💚March Is Brain Injury month!

🧠 Traumatic brain injury can result from various medical incidents, including stroke, aneurysm, tumors, infections, surgery, or oxygen deprivation, and is not solely caused by a direct impact to the head.

🤜Remember: Most Brain Injuries are INVISIBLE.

🫶Be KIND, you never know what someone else is going through🫶

📚OVERVIEW of PINEAL TUMOURS (Updated) 👇Due to the increase in Group Members with differing diagnosis of Pineal Region Tu...
25/02/2026

📚OVERVIEW of PINEAL TUMOURS (Updated)

👇Due to the increase in Group Members with differing diagnosis of Pineal Region Tumours, we have provided link below to help
differentiate between solid Pineal Tumours.

🧠Pineal region tumors are primary central nervous system (CNS) tumors. These tumors begin in the brain (in the pineal gland) but can spread to the spinal cord.

🧠To get an accurate diagnosis, a piece of tumor tissue will be removed during surgery, if possible. A neuropathologist should then review the tumor tissue.

🧠What Are the Grades of Pineal Region Tumors?
Primary CNS tumors are graded based on a tumor tissue analysis performed by a neuropathologist. Pineal region tumors are grouped into four grades and subtypes based on their characteristics: grade 1, 2, 3, or 4 (also written as grade I, II, III, or IV).
* Grade 1 pineocytoma are low-grade tumors. This means the tumor cells grow slowly.
* Grade 2 or 3 pineal parenchymal or papillary tumors of the pineal region are both mid-grade tumors. This means they have a higher chance of coming back after being removed.
* Grade 4 pineoblastoma are malignant (cancerous). This means they are fast-growing and tend to invade nearby tissue.

🧠What Do Pineal Region Tumors Look like on a CT Scan or MRI?
Pineal region tumors usually appear as a solid mass that brightens with contrast on a magnetic resonance imaging (MRI) scan. On a computerized tomography (CT) scan, calcium may be present. Pineoblastomas may extend into surrounding brain structures.

🧠What Causes Pineal Region Tumors?
Cancer is a genetic disease—that is, it is caused by certain changes to genes that control the way our cells function. Genes may be mutated (changed) in many types of cancer, which can increase the growth and spread of cancer cells. The cause of most pineal region tumors is not known. However, pineoblastomas can occur in people with the inherited genetic disorder bilateral retinoblastoma.

🧠Where Do Pineal Region Tumors Form?
Pineal region tumors form in the pineal region of the brain, which is located deep in the middle of the brain. Pineal region tumors arise from stem cells near the pineal gland.

🧠Do Pineal Region Tumors Spread?
Pineal region tumors can spread to other areas in the CNS through cerebrospinal fluid (CSF).

🧠What Are the Symptoms of a Pineal Region Tumor?
Symptoms related to pineal region tumors depend on the tumor’s location. Pineal region tumors may cause increased pressure inside the skull due to too much production of CSF or blockage of its normal flow. This problem is known as hydrocephalus

❗️Signs and symptoms of hydrocephalus may include:
* Headaches
* Nausea
* Vomiting
* Difficulty with eye movements
* Difficulty with balance
* Difficulty walking

🧠Who Is Diagnosed with a Pineal Region Tumor?
Pineal region tumors occur in children and young to middle-aged adults. Pineoblastomas are more common during the first 20 years of life. All tumors, except papillary tumors of the pineal region, occur slightly more often in females than males. They are most common in non-Hispanic white people. An estimated 1,820 people are living with this tumor in the United States.

🧠What Is the Prognosis of Pineal Region Tumors?
The likely outcome of the disease or chance of recovery is called prognosis. Prognosis is based on tumor grade, location, tumor type, extent of tumor spread, genetic findings, the patient’s age, and tumor remaining after surgery (if surgery is possible).
The relative five-year survival rate for pineal region tumors is 75.5 percent. However, there are many factors that affect prognosis. These include the tumor grade and molecular type, the person’s age and health when diagnosed, and how they respond to treatment. If you want to understand your prognosis, talk to your doctor.

🧠What Are the Treatment Options for Pineal Region Tumors?
The first treatment for pineal region tumors is surgery, if possible. The goal of surgery is to obtain tissue to determine the tumor type and remove as much tumor as possible without causing more symptoms.
Treatments after surgery may include radiation, chemotherapy, or clinical trials. Clinical trials test new chemotherapy, targeted therapy, or immunotherapy drugs. Treatments are decided by the patient’s health care team based on the patient’s age, remaining tumor after surgery, tumor type, and tumor location.

🧠Open Clinical Studies for Pineal Region Tumors
* PLX038 in CNS Tumors
* Immune Checkpoint Inhibitor Nivolumab for Patients with Rare CNS Cancers
* ONC206 for Patients with Rare CNS Neoplasms

🧠Learn More
* Video: Clinical Trial Tests Nivolumab for Patients with Rare Brain and Spine Cancers
* Statistical Report Highlights Key Trends in Adolescents and Young Adults with Brain Tumors
* Modifying a Chemotherapy Drug Offers Hope to People with Rare Brain and Spine Tumors
* Smart Wearables Show Promise for Tracking Sleep Patterns in Brain Tumor Patients
* Read our NCI-CONNECTions Blog for current news and information on brain and spine tumors

👇Click below for more Info👇

Learn about pineal region tumor grades, features, causes, symptoms, who the tumors affect, how and where they form, and treatments.

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