Advanced Institute of Minimal Access Neurosurgery (AIMANS)
“LESS IS MORE”
A paradigm shift in the Approach to Brain and Spine Surgery
Precision Meets Innovation in Neurosurgery
AIMANS adheres to the "less is more" philosophy, using the smallest possible access points to treat complex brain and spine conditions. This minimally access approach focuses on targeted interventions. We aim to improve functional outcomes and quality of life for our patients.
About MANS
What is Minimal Access Neurosurgery (MANS)?
Minimal Access Neurosurgery (MANS) is not a type of neurosurgery but its an approach to the neurosurgical conditions with an eye for minimalist access to the various parts of brain and spine i.e., to gain access to lesions within the brain and spine with least distortion of normal tissue along with preservation of functionality and early return to routine life.
To have such precision means no margin of error is acceptable, Hence various gadgets are used to plan the access route, navigate throughout the surgery with these gadgets to minimize inadvertent distortion of normal tissue.
Failure is never an option here
Surgical Technique Evolution
Minimally Invasive Surgery (MIS) Vs Minimal Access Neurosurgery (MANS)
Minimal invasive surgery was first introduced into general surgery, specifically abdominal surgery. This marked the beginning of its diversification into other specialties. Initially, it was implemented to reduce the length of abdominal incisions and their associated complications. Unfortunately, even today, this practice is carried forward across all specialties with the same intent alone, which is the biggest myth held by the layman.
While the principles of surgery remain the same, the methods to achieve them vary significantly in neurosurgery, where there is no comparison at all. Consequently, the need for further refinement and advancement continues in neurosurgery, leading to ongoing developments in the field.
Comparing Techniques and Advancements
MIS vs MANS
Exploring the evolution and distinct approaches of Minimally Invasive Surgery (MIS) and Minimal Access Neurosurgery (MANS) in modern medical practice.
MIS vs. MANS: The Contrast
- MIS: Trying to be minimally invasive (merely reducing the length or scar of incision can’t be the goal) and usually results in more disruption of normal anatomy along the path to reach the target area.
- MANS: Truly minimalistic approach, employs specialized imaging techniques and technology to decide the Access port to reach the target area with least disruption of normal anatomy along the path and also employs specialized equipment for visualization, dissection and removal of pathologic area
Examples of MANS Superiority
- In trans-nasal surgery, MANS preserves nasal function, unlike when it is compromised during extended skull base surgery.
- For Brain clot removal or swelling, MANS employs craniotomy through smaller openings
- For Brain Tumors- Brain Port assisted surgery, parafascicular surgery
- In spine surgery, MANS utilizes unilateral laminotomy to decompress the canal, preserve the facet joints and obviates the need for screw fixation; here not only the normal structural anatomy but functional in terms of spinal movements are preserved.
Our Speciality
AIMANS: A Comprehensive Approach
Delves into the advancements and methodologies in Minimal Access Neurosurgery (MANS). This exploration emphasizes the importance of continual refinement and innovation in neurosurgical techniques.
Navigation System
Similar to GPS, this system guides the surgeon to plan the access route, trajectory and rehearse the surgery in virtual mode and also in intra operative navigation through narrow corridors through the Brain port to the exact location of the lesion, preventing damage to surrounding structures.
Advanced Imaging
MR DTI helps identify and preserve brain fiber tracts during tumor or lesion removal: Intra operative real time 3D imaging
Neural Integrity Monitoring
Real-time monitoring of brain and spinal cord electrical activity ensures the preservation of functional fiber tracts during surgery.
Visualization System
High Resolution microscopes, endoscopes, and other cutting-edge tools enable precise and minimally disruptive procedures
Benefits
Advantages of Minimal Access NeuroSurgery (MANS)
Explore the streamlined procedures and enhanced patient outcomes facilitated by Minimal Access NeuroSurgery (MANS), showcasing its pivotal advantages in modern neurosurgical practices.
- Precision and Safety: No margin for error
- Enhanced functional Recovery
- Reduced Pain
- Lower risk of complications
Varieties of MANS Techniques
Types of MANS Procedures
MANS can be used to perform a variety of neurosurgical procedures, including
- Brain tumor removal
- Aneurysm clipping
- Spinal decompression
- Spine fusion
- Placement of deep brain stimulators (DBS) for Parkinson's disease and other movement disorders
- Endoscopic surgery
Why Choose Us
Why Choose MANS?
Advanced Institute of Minimal Access NeuroSurgery (AIMANS) is continuously upgrading its technology with its future ready armamentarium of equipment complemented by staff and doctors who are continuously upskilling themselves in knowledge and technical skills mentored by experts with decades of experience. This combination ensures that people who seek us in treatment receive an unparalleled level of care with the benefits
of modern surgical techniques.
If you are considering neurosurgery, be sure to ask your doctor about MANS. MANS may not be appropriate for all conditions, but it is an option that you should be aware of. We believe in the power of MANS to revolutionize neurosurgery and improve the lives of our patients. By embracing this minimalistic yet highly effective approach, we are paving the way for a future where brain and spine surgeries are not about life-threatening surgeires but about preserving functions and are back to their routine life at the earliest.
Our Team
DR. Ajay HERUR
Neurosurgeon
Dr. Karuna Kabadi
Neurosurgeon
Find Answers to Your Most Common Questions
FAQs
AIMANS stands for Advanced and Innovative Minimal Access Neuro Surgery. It is a modern surgical approach that uses the smallest possible access points to treat brain and spine conditions, minimizing trauma and speeding up recovery.
Unlike conventional neurosurgery, which often involves large incisions and significant tissue disruption, AIMANS focuses on using tiny openings to access the affected area. This results in less pain, shorter hospital stays, and quicker recovery times.
AIMANS can treat a wide range of conditions, including pituitary tumors, herniated discs, spinal cord tumors, cerebrospinal fluid leaks, brain cysts, hematomas, and more.
Yes, AIMANS is very safe. By using advanced imaging and navigation technologies, surgeons can operate with high precision, reducing the risk of complications.
AIMANS techniques are designed to minimize scarring. Many procedures involve incisions that are hidden or very small, resulting in minimal visible scarring.
Recovery time varies depending on the specific procedure and individual patient factors. However, patients generally experience faster recovery with AIMANS compared to traditional surgery, often returning to normal activities sooner.
Yes, because AIMANS involves less tissue disruption, patients typically experience less postoperative pain and discomfort.
Your doctor will evaluate your specific condition and medical history to determine if AIMANS is the best option for you. A consultation with a neurosurgeon at Apollo Hospital can provide personalized recommendations.
AIMANS utilizes advanced technologies such as high-definition endoscopes, surgical microscopes, and navigation systems that act like a GPS for the surgeon, ensuring precise and safe operations.
You can schedule a consultation by contacting 094806 51212. Our team will guide you through the process and answer any further questions you may have.
Our Mail
support@neuralintegrity.com
Our Phone
+91-9480651212
Our Location
200/A, 25th Cross Rd, Jayanagar 3rd Block, Jayanagar, Bengaluru, Karnataka 560011
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