Dani S.
Bidros
Precision Brain & Spine Surgery.
Minimally Invasive. Maximally Effective.
Trained at the Cleveland Clinic Foundation and board-certified by the American Board of Neurological Surgeons, Dr. Bidros brings elite expertise to every patient — from complex brain tumor resections to advanced minimally invasive spinal reconstruction. If you've been told your case is too difficult, speak with Dr. Bidros first.
A Neurosurgeon Trained at the
Highest Level
Cleveland Clinic Trained
"My goal is simple: restore what pain has taken from you. Whether that means a minimally invasive spinal procedure or a complex brain tumor resection — I apply the same precision, preparation, and passion."
Dr. Dani S. Bidros, MD, is a distinguished neurosurgeon with a comprehensive background in spine and brain surgery, radiosurgery, and advanced minimally invasive techniques. He brings a rare combination of elite academic training, cutting-edge technology, and deeply personal patient care to every consultation.
Trained at the renowned Cleveland Clinic Foundation — consistently ranked #1 or #2 in Neurology & Neurosurgery by U.S. News & World Report — Dr. Bidros completed both his general surgery and neurosurgery residencies under one of the most demanding and accomplished surgical programs in North America.
Dr. Bidros is one of a select group of surgeons to utilize the NICO BrainPath® system for deep-seated brain tumor resection — a revolutionary approach that reaches tumors once considered inoperable with minimal disruption to healthy brain tissue.
He is board-certified by the American Board of Neurological Surgeons (ABNS) and holds active surgical licensure in both Texas and Louisiana. His clinical interests span spinal cord stimulation, complex disc disease, brain tumors, and advanced neuroradiosurgery. With a focus on minimally invasive approaches, Dr. Bidros is passionate about advancing the field of neurosurgery.
Understand Your Anatomy.
Find Your Answers.
Click any region on the diagrams below to explore conditions, symptoms, and how Dr. Bidros treats each area.
Select a spinal region from the diagram to explore conditions, symptoms, and treatment options with Dr. Bidros.
The Neck: Command Center of the Upper Body
The cervical spine supports your head, protects the spinal cord, and transmits nerve signals to your arms and hands. The 7 cervical vertebrae are the most mobile — and among the most vulnerable. Pain here can radiate into shoulders, arms, and fingers.
- Cervical Disc Herniation
- Cervical Radiculopathy
- Cervical Spinal Stenosis
- Cervical Spondylosis
- Neck Pain / Whiplash
- Cervical Myelopathy
- ACDF (Anterior Cervical Fusion)
- Cervical Disc Replacement
- Laminoplasty / Laminectomy
- Minimally Invasive Surgery
- Epidural Injections
- Spinal Cord Stimulator
The Mid-Back: Stability & Protection
The thoracic spine spans the mid-back, anchored by the rib cage. While more stable, thoracic issues can cause band-like pain, trunk weakness, and difficulty breathing. Tumors and fractures here require expert neurosurgical assessment.
- Thoracic Disc Herniation
- Thoracic Spinal Stenosis
- Vertebral Compression Fractures
- Thoracic Myelopathy
- Spinal Tumors
- Kyphosis / Scoliosis
- Thoracic Laminectomy
- Minimally Invasive Discectomy
- Kyphoplasty / Vertebroplasty
- Spinal Tumor Resection
- Spinal Cord Stimulation
- Radiosurgery (SRS/SBRT)
The Lower Back: Most Common Source of Spinal Pain
The lumbar spine carries the majority of your body weight and is the most common location for disc herniations, stenosis, and nerve compression. Over 80% of adults experience lower back pain — when conservative treatment fails, Dr. Bidros offers the most advanced options available.
- Lumbar Disc Herniation
- Lumbar Spinal Stenosis
- Sciatica
- Spondylolisthesis
- Degenerative Disc Disease
- Failed Back Surgery Syndrome
- Microdiscectomy (MIS)
- Lumbar Laminectomy
- TLIF / PLIF Spinal Fusion
- XLIF / LLIF Lateral Approach
- Spinal Cord Stimulator
- Myelogram Diagnostics
The Base of the Spine: Pelvic & Sacral Region
The sacrum forms the posterior pelvis wall. Sacral pain is often misdiagnosed as lumbar pain. Sacroiliac joint dysfunction, sacral nerve compression, and sacral tumors require careful differentiation before any treatment.
- SI Joint Dysfunction
- Sacral Nerve Root Compression
- Sacral Fractures / Tumors
- Coccydynia
- Piriformis Syndrome
- Sacral Nerve Decompression
- Sacral / Spinal Stimulation
- Sacral Tumor Resection
- SI Joint Fusion
- Radiofrequency Ablation
Select a brain region from the diagram to learn about conditions, warning signs, and surgical treatment options with Dr. Bidros.
Personality, Decision-Making & Motor Control
The frontal lobe governs personality, executive function, voluntary movement, and speech (Broca's area). Tumors here cause personality changes, arm/leg weakness, or speech difficulty — often the first sign of a serious intracranial lesion.
- Frontal Lobe Glioma
- Meningioma
- Metastatic Brain Tumor
- Frontal Lobe Epilepsy
- Cavernous Malformation
- Awake Craniotomy
- NICO BrainPath® Deep Access
- Stereotactic Radiosurgery
- Fluorescence-Guided Resection
- Intraoperative Brain Mapping
Sensation, Spatial Awareness & Integration
The parietal lobes process sensory information from across the body. Lesions here may present as numbness, tingling, difficulty with reading or math, or inability to recognize objects by touch.
- Parietal Glioma
- Parietal Meningioma
- Arteriovenous Malformation
- Sensory Seizures
- Metastatic Lesions
- Awake Craniotomy with Mapping
- NICO BrainPath® System
- Radiosurgery
- AVM Embolization + Surgery
- Intraoperative MRI Guidance
Memory, Language & Hearing
The temporal lobes house memory (hippocampus), language comprehension (Wernicke's area), and hearing. New-onset seizures, memory problems, or language difficulty are hallmark warning signs. This is the most common site of brain tumors in adults.
- Temporal Glioblastoma (GBM)
- Temporal Meningioma
- Hippocampal Tumors
- Temporal Lobe Epilepsy
- Cavernous Malformation
- Craniotomy with Language Mapping
- NICO BrainPath® Deep Access
- SRS / Fractionated Radiosurgery
- Anterior Temporal Lobectomy
- Selective Amygdalohippocampectomy
Vision & Visual Processing
The occipital lobes are entirely devoted to visual processing. Lesions here cause visual field deficits, hallucinations, or blindness in portions of the visual field. Tumors here often grow silently until significant visual dysfunction occurs.
- Occipital Glioma
- Occipital AVM
- Posterior Cerebral Aneurysm
- Visual Cortex Tumors
- Occipital Epilepsy
- Posterior Craniotomy
- Radiosurgery (SRS)
- Visual Field-Sparing Resection
- Endovascular Embolization
- Intraoperative Visual Monitoring
Balance, Coordination & Fine Motor Control
The cerebellum coordinates voluntary movement, balance, and fine motor precision. Tumors here cause ataxia, tremor, and coordination failure. Brainstem compression risk makes this region critically urgent.
- Cerebellar Metastases
- Hemangioblastoma
- Medulloblastoma
- Cerebellar AVM
- Acoustic Neuroma
- Suboccipital Craniotomy
- Retrosigmoid Approach
- Radiosurgery for Metastases
- NICO BrainPath® Deep Access
- Endoscopic Resection
Life Support: The Most Critical Neural Structure
The brain stem controls all basic life functions: breathing, heart rate, swallowing, and consciousness. Surgery here demands the most advanced neurosurgical expertise. Dr. Bidros's Cleveland Clinic training prepares him for the most complex brainstem cases.
- Brainstem Glioma (DIPG)
- Cavernous Malformation
- Brainstem Metastases
- Trigeminal Neuralgia
- Hemifacial Spasm
- Radiosurgery (Primary Option)
- Microvascular Decompression
- Selective Brainstem Entry
- Targeted Biopsy
- Fractionated Radiotherapy
From Common to Complex,
Dr. Bidros Has the Answer
Dr. Bidros evaluates and treats the full spectrum of neurosurgical conditions — from disc herniations to rare brain tumors requiring specialized approaches unavailable at most centers.
Spinal Disc Disease
Herniated, bulging, and degenerative discs throughout the cervical, thoracic, and lumbar spine. Dr. Bidros specializes in minimally invasive disc surgery with the fastest possible recovery and smallest incisions.
Microdiscectomy · Fusion · DecompressionBrain Tumors
Primary and metastatic brain tumors including glioblastoma, meningioma, acoustic neuroma, and pituitary adenoma. Dr. Bidros employs the NICO BrainPath® for deep-seated lesions once considered inoperable.
Craniotomy · NICO BrainPath® · RadiosurgerySpinal Stenosis
Narrowing of the spinal canal that compresses nerves and the spinal cord, causing pain, weakness, and numbness. Minimally invasive laminectomy restores space and relieves symptoms with rapid recovery.
Laminectomy · MIS DecompressionChronic Pain Syndromes
Complex regional pain syndrome (CRPS), failed back surgery syndrome, and intractable pain. Spinal cord stimulation (SCS) offers lasting relief when other treatments have failed, with FDA-approved technology.
SCS Implantation · NeuromodulationRadiosurgery
Non-invasive treatment for brain tumors, AVMs, trigeminal neuralgia, and acoustic neuromas using precisely focused radiation. No incision, no general anesthesia in many cases. Outpatient procedure.
SRS · Gamma Knife · CyberKnifeSpinal Cord Stimulation
Advanced implantable technology that modulates pain signals before they reach the brain. FDA-approved for back pain, leg pain, CRPS, and post-surgical pain. Dr. Bidros performs both trial and permanent implantations.
Trial · Permanent · Burst/HF OptionsSpondylolisthesis
A condition where one vertebra slips forward onto the vertebra below, causing instability, pain, and nerve compression. Treated with minimally invasive fusion surgery to restore alignment and stability.
MIS Fusion · TLIF · XLIFVascular Malformations
Arteriovenous malformations (AVMs), cavernous malformations, and dural fistulas of the brain and spinal cord. Treatment combines microsurgical resection, radiosurgery, and endovascular approaches.
AVM · Cavernoma · SRSSciatica & Radiculopathy
Nerve root compression causing radiating pain, numbness, and weakness into the arms or legs. When physical therapy and injections fail, minimally invasive decompression provides immediate, lasting relief.
Discectomy · Foraminotomy · SCSDon't see your condition listed? Dr. Bidros evaluates all brain and spine conditions.
Every Procedure, Perfected
Dr. Bidros's approach is always minimally invasive when possible, maximally effective in every case.
Spinal Cord Stimulation (SCS)
SCS uses precisely calibrated electrical impulses delivered along the dorsal column to interrupt pain signals before they reach the brain. It represents one of the most significant advances in pain management of the past 30 years.
Consultation & Candidacy
Comprehensive evaluation to determine SCS candidacy. Ideal for failed back surgery syndrome, CRPS, radiculopathy, and chronic limb pain unresponsive to other treatments.
Trial Stimulation Period
A temporary lead system is placed to assess pain relief before permanent implantation. Most patients achieve 50–70% pain reduction during the trial.
Permanent Implantation
If the trial succeeds, a permanent pulse generator is implanted. Outpatient or one-night stay. Patients return to daily activities within 2–4 weeks.
Laminectomy & Decompression
A laminectomy removes the lamina — the back part of a vertebra — to create more space for the spinal cord and nerve roots. Dr. Bidros performs minimally invasive laminectomy through small incisions with tubular retractors.
Advanced Pre-surgical Planning
High-resolution MRI and CT myelogram analysis to identify exact levels of compression and map the surgical corridor with precision.
Minimally Invasive Approach
Small incisions with tubular dilator retractors to access the spine with minimal muscle disruption. Surgical microscope provides high-magnification visualization.
Decompression & Recovery
Precise removal of the lamina and thickened ligament to decompress nerve roots. Most patients walk the same day and return home within 24–48 hours.
Disc Decompression Surgery
When a herniated disc presses on a nerve root or spinal cord, it causes radiating pain, numbness, and weakness. Dr. Bidros performs microdiscectomy and endoscopic discectomy — the gold standard — with outstanding outcomes and rapid recovery.
Precise Diagnosis
MRI, EMG/nerve conduction studies, and clinical correlation confirm the offending disc level and guide optimal surgical planning.
Microscopic Disc Removal
Using a surgical microscope through a small incision under 1 inch, the herniated disc fragment is removed, decompressing the nerve immediately.
Immediate Relief
Most patients experience immediate reduction in leg or arm pain after surgery. Outpatient or 1-night stay. Return to desk work in 1–2 weeks.
Brain Tumor Resection
Dr. Bidros performs the full spectrum of brain tumor surgery — from awake craniotomy with cortical mapping to deep-seated tumor removal using the NICO BrainPath® system, which accesses tumors once deemed inoperable through a small, tissue-sparing port.
Comprehensive Neuroimaging
High-field MRI with spectroscopy, fMRI eloquent brain mapping, and DTI tractography define tumor boundaries and protect critical brain function.
Surgical Approach Selection
Standard craniotomy, awake craniotomy with brain mapping, or NICO BrainPath® port surgery — selected based on tumor location, depth, and proximity to eloquent cortex.
Maximum Safe Resection
Intraoperative neuromonitoring, fluorescence-guided resection, and real-time imaging confirmation ensure maximum tumor removal while protecting function.
Radiosurgery
Stereotactic radiosurgery (SRS) delivers precisely focused radiation to destroy tumors and lesions without a single incision. Used for brain tumors, AVMs, acoustic neuromas, trigeminal neuralgia, and metastatic brain disease.
Target Identification
Stereotactic MRI/CT fusion identifies the target with sub-millimeter accuracy. A multidisciplinary team designs the treatment plan.
Single or Fractionated Treatment
Gamma Knife or LINAC-based SRS delivers the full dose in one session (SRS) or multiple sessions (FSRT). No incision, no general anesthesia in most cases.
Follow-Up & Monitoring
Serial MRI confirms tumor response. Most patients return to full activity the same day. Tumor control rates exceed 90% for many indications.
Myelogram
A myelogram uses contrast dye injected into the spinal canal to outline the spinal cord and nerve roots under X-ray. When MRI is inconclusive, myelography provides unmatched detail of nerve root compression, CSF leaks, and arachnoid pathology.
Lumbar Puncture & Contrast Injection
Under fluoroscopic guidance, contrast dye is carefully injected into the subarachnoid space. The patient is positioned to allow dye to flow to the area of interest.
Fluoroscopic Imaging
Real-time X-ray images document nerve root compression, filling defects, and dural anomalies. Post-myelogram CT adds three-dimensional detail.
Results & Surgical Planning
Dr. Bidros personally reviews all imaging and correlates findings with clinical symptoms to develop the optimal treatment plan.
Spinal Fusion Surgery
Spinal fusion permanently connects vertebrae to eliminate painful motion, correct deformity, and stabilize the spine. Dr. Bidros performs all modern fusion techniques including TLIF, PLIF, ALIF, XLIF, and OLIF.
Fusion Level Planning
Flexion/extension X-rays, MRI, and standing scoliosis films define exact levels requiring fusion. Osteotomy planning for complex deformity correction.
Minimally Invasive Technique
Wherever possible, MIS approaches with percutaneous pedicle screws and expandable interbody cages minimize blood loss and recovery time significantly.
Bone Grafting & Stabilization
Autograft, allograft, or synthetic bone substitutes along with instrumentation. Intraoperative neuromonitoring protects neural structures throughout.
Forged at the World's Finest
Medical Institutions
- American Association of Neurological Surgeons (AANS)
- Congress of Neurological Surgeons (CNS)
- Texas Medical Association
- Harris County Medical Society
- North American Spine Society (NASS)
- American Academy of Pain Medicine
- Minivasive Pain & Orthopedics — Multiple Houston-area Locations
- Memorial Hermann Hospital System
- Houston Methodist Hospital
- HCA Houston Healthcare
The Tools of Tomorrow,
Available Today
Dr. Bidros invests in the most advanced neurosurgical technology available — because your brain and spine deserve nothing less.
NICO BrainPath®
A revolutionary tissue-port system providing access to deep-seated brain tumors through a 13.5mm port, dramatically reducing injury to surrounding healthy tissue. Makes previously inoperable tumors accessible with less trauma and faster recovery.
Deep Tumor Access · Less Trauma · Faster RecoveryIntraoperative Neuromonitoring
Real-time monitoring of neural pathways during surgery using SSEP, MEP, and EMG signals. Immediate detection of any neural stress allows real-time correction — protecting function while achieving maximum surgical goals.
SSEP · MEP · EMG · Zero Deficits GoalStereotactic Radiosurgery
Focused, high-dose radiation delivered with sub-millimeter precision to treat brain tumors, AVMs, and trigeminal neuralgia — without surgical incision, overnight stay, or general anesthesia in most cases.
Sub-mm Precision · Outpatient · No IncisionHigh-Resolution Neuroimaging
Advanced 3T MRI, functional MRI (fMRI), diffusion tensor imaging (DTI), and CT myelography provides the detail needed for precise surgical planning. Dr. Bidros personally reviews all imaging studies.
3T MRI · fMRI · DTI · CT MyelogramSCS Implant Technology
Latest-generation rechargeable and MRI-compatible spinal cord stimulators. Burst stimulation and high-frequency options available. Dr. Bidros performs both fluoroscopic-guided and open surgical implantation techniques.
MRI-Compatible · Burst/HF · RechargeableSurgical Microscopy & Endoscopy
High-powered operative microscopy enables cellular-level visualization during spine and brain surgery. Endoscopic techniques minimize incision size and muscle disruption for many procedures — smaller scars, faster healing.
Microscope-Guided · Endoscopic · Sub-mm PrecisionA Trusted Partner for Physicians,
Attorneys & Institutions
Dr. Bidros maintains an active referral network with physicians, legal professionals, and hospital systems throughout the Houston area and beyond.
Your Patients Deserve Neurosurgical Excellence
Dr. Bidros accepts referrals from primary care physicians, pain management specialists, orthopedic surgeons, neurologists, and urgent care providers. He provides timely consultations, detailed operative reports, and transparent communication throughout every care episode.
Rapid Access for Complex Cases
Urgent neurosurgical consultations available within 24–48 hours for patients with acute or progressive symptoms.
Detailed Consultation Reports
Every referral receives a comprehensive written consultation with findings, diagnosis, and treatment plan — sent within 48 hours of evaluation.
Conservative-First Philosophy
Dr. Bidros exhausts non-surgical options whenever appropriate. Surgery is recommended only when the evidence truly supports it.
Post-Surgical Co-Management
Dr. Bidros collaborates with referring physicians on post-operative care, physical therapy, and long-term follow-up imaging.
Ready to refer a patient?
Our dedicated referral coordinator ensures a seamless intake process. Call our scheduling line or fax patient records and we will have a consultation appointment scheduled within 24–48 hours for urgent cases.
Expert Neurosurgical Support for Legal Cases
Dr. Bidros provides comprehensive neurosurgical expertise in personal injury, workers' compensation, and medical malpractice cases involving the brain and spine. His ABNS board certification, Cleveland Clinic training, and extensive surgical experience establish unimpeachable credibility in legal proceedings.
Independent Medical Examinations (IME)
Thorough, objective neurological evaluations with complete documentation of findings, causation analysis, and treatment necessity opinions.
Medical Record Review & Expert Reports
Detailed analysis of all available imaging and medical records with clearly written causation and prognosis opinions suitable for court presentation.
Deposition & Courtroom Testimony
Dr. Bidros communicates complex neurosurgical concepts clearly and persuasively to judges and juries. Available for both plaintiff and defense.
Life Care Planning Support
Future medical cost projections and long-term care needs analysis for catastrophic brain and spinal cord injury cases.
Schedule a legal consultation
Dr. Bidros accepts plaintiff and defense referrals in personal injury, auto accident, workers' compensation, and medical malpractice cases involving neurological injury. All communications are confidential.
Hospital & System Partnerships
Dr. Bidros maintains active surgical privileges at multiple Houston-area hospitals and offers neurosurgical consultation to emergency departments, hospitalists, and intensivists requiring urgent neurosurgical assessment.
Emergency Neurosurgical Consultation
24/7 availability for acute spinal cord injury, intracranial hemorrhage, hydrocephalus, and time-sensitive neurosurgical emergencies.
Tumor Board Participation
Active participant in multidisciplinary neuro-oncology tumor boards, providing neurosurgical perspective on CNS tumor management.
Program Development
Consultation for hospitals seeking to develop or expand neurosurgical services, including SCS and minimally invasive spine programs.
Telemedicine Consultations
Virtual consultation services for referring physicians and remote patients. HIPAA-compliant platform available for image review and clinical assessment.
Partner with Dr. Bidros
Whether you need a single urgent consultation or an ongoing neurosurgical partnership, Dr. Bidros is available to discuss how his expertise can serve your institution.
Your Path to Relief,
Step by Step
Every patient journey with Dr. Bidros begins with respect, clarity, and a commitment to finding the right answer — not just the fastest one.
Lives Restored. Pain Defeated.
After three failed surgeries elsewhere, I came to Dr. Bidros as a last resort. He identified what was missed — and fixed it. Two weeks after surgery I walked without pain for the first time in four years.
Dr. Bidros found a brain tumor that two other doctors missed. He explained everything clearly, performed the surgery flawlessly, and I was home in 48 hours. He is extraordinary.
As an attorney handling complex spinal injury cases, Dr. Bidros is my first call. His reports are impeccable, his testimony is unshakeable, and he explains things to juries better than anyone in 20 years.
The spinal cord stimulator Dr. Bidros implanted changed my life. I had chronic CRPS for 6 years. Within a month of the permanent implant I was back to exercising and living normally.
I refer my most complex spine patients to Dr. Bidros without hesitation. His Cleveland Clinic training shows. He takes cases others won't touch and gets remarkable results every time.
He spent an entire hour explaining my diagnosis and options. No other surgeon did that. He clearly cares about patients as people, not just cases.
Take the First Step
Toward Relief
Our online consultation request form is coming soon. For now, please call our scheduling line directly and our team will assist you.
Online form submission is temporarily unavailable while this feature is being finalized. Please call 346.800.6001 for scheduling. If this is a medical emergency, call 911 immediately.
"Decoding the Arithmetic
of Human Recovery"
A neurosurgeon's journey to the frontier of algorithmic precision — bridging elite clinical expertise with the mathematics of high-frequency systems, non-linear dynamics, and predictive artificial intelligence.
As a neurosurgeon specializing in brain and spine, I am a daily witness to the profound complexity of human suffering. Pain is not merely a symptom — it is a multi-dimensional, often invisible adversary that touches every corner of a person's existence.
For years I stood at the bedside recognizing a persistent imbalance: while our surgical tools had become extraordinarily precise, our diagnostic and predictive frameworks remained largely subjective. The data existed. The mathematical language to interrogate it did not — not within medicine.
The answer, it turned out, was not hiding in a laboratory. It was sitting at the intersection of two disciplines that had never spoken to each other — until now.
"If quantitative systems can find hidden order inside the most volatile environments on earth, surely we can apply that same rigor to the human neural axis."
Algorithmic Architecture
After several conversations, something fundamental clicked. The volatility models Sanjan had spent decades refining — mathematical frameworks designed to find hidden order inside the most chaotic environments — could be applied directly to the human neural axis. The domain was different. The underlying problem was identical.
What emerged from that intersection was not a fusion of two ideas — it was the recognition that medicine and quantitative science had been solving the same problem from opposite ends. The Predictive Neural OS is the point where those two lines finally meet.
Our first milestone was identifying why standard imaging so often fails to correlate with clinical pain. We set out to build a system that moves beyond static pixels into Dynamic Biomechanical Synchrony — capturing what conventional diagnostics miss entirely.
We developed a hardware-agnostic architecture capable of generating a live Cyber-Physical replica of the patient. This enables the first-ever Monte Carlo simulation of surgical outcomes — calculating a Surgical Sharpe Ratio for every proposed procedure.
By applying complex algorithms to raw patient data, we created a way to de-noise the diagnostic process — pinpointing the Pain Alpha generator with mathematical confidence previously thought impossible in clinical neurosurgery.
We are currently polishing a revolutionary UI — a diagnostic and intra-operative HUD that provides neurosurgeons with a visual and auditory soundscape of the patient's neural health in real time. The future of medicine, today.
Nearing Completion
We are not just building a product — we are establishing a new standard for how data is analyzed, how pain is understood, and how lives are restored. Fellow neurosurgeons, pain specialists, and clinical innovators are invited to join the conversation.