In most cases, ACL reconstruction is necessary due to the nature of the tear. The hamstring tendon is used to create a new ACL, with a sleeve of the original ACL tissue left intact to preserve proprioceptive nerve endings. The tendon is then fixed to the bones using various implants. One common technique is fixation with bio screws, but medical research and clinical studies have shown a 30% failure rate with bio screw fixation, and the recovery can be painful, taking 8 to 9 months to return to sports and running.
Dr. Sanjay Barik specializes in All-Inside ACL Reconstruction with a Fiber Tape Internal Brace. In this technique, screws are not used. Instead, the tendon is fixed to the bone using TightRope RT, TightRope loop, and a Conical Button . An internal brace is created with Fiber Tape, which prevents postoperative ligament laxity, loosening, and graft failure, resulting in a painless and rapid recovery with a 99.2% success rate.
STEP 1 : WHATSAPP YOUR MRI AT 7507306684
STEP 2 : GET FREE ONLINE CONSULTATION
STEP 3 : FIX APPOINTMENT & MEET DR SANJAY BARIK
STEP 4 : CONFIRM THE DIAGNOSIS AND TREATMENT PLAN
STEP 5 : GET ACL REPAIR
STEP 6 : GET BACK TO SPORTS AND RUNNING IN 3 MONTHS
In traditional ACL reconstruction, surgeons often remove all remaining ACL tissue, leading to the loss of crucial proprioception nerve endings vital for knee stability and arthritis prevention. However, our approach involves ACL repair, where no ACL tissue is removed; instead, the torn ACL is repaired and safeguarded by a fiber tape internal brace. This allows us to restore your own ACL without sacrificing any original tissue, resulting in optimal recovery. Athletes can return to sports and running within three months post-surgery, feeling more confident with their knee knowing their own ACL is repaired and preserved.
ACL tears can be effectively repaired, particularly if the avulsion occurs from the femoral end and treatment is sought within a few weeks of the injury. By preserving the original ACL and its proprioception nerve endings, recovery is both complete and swift. The fiber tape internal brace aids in quicker rehabilitation and prevents failure, ensuring a successful outcome.
The focus has been on removing the torn ACL and reconstructing it with hamstring tendons or other tissues harvested from different parts of the body. However, with advancements in biological understanding and cellular function, we’ve recognized the crucial role of mechanoreceptor nerve cells in the anterior cruciate ligament. These receptors detect ACL stretch and reflexively activate the hamstrings to protect the ligament from injury. Unfortunately, during traditional ACL reconstruction, these mechanoreceptors are surgically removed, leading to a permanent loss of this reflex, which increases the risk of ACL re-injury and knee arthritis.
With the Fiber Tape Internal Brace, it is now possible to repair the torn ACL. This internal brace protects the repaired ACL during its healing period, allowing for immediate knee mobilization post-surgery. Unlike synthetic ligaments, the Fiber Tape Internal Brace, which is only 2 mm thick, does not replace the original ACL but supports it during healing, preserving the original tissue and mechanoreceptors. This results in better outcomes and quicker returns to sports and work. Patients and athletes experience less pain, swelling, and muscle wasting, and witness improved recovery. The risk of re-injury and future arthritis is significantly reduced, allowing a return to sports within three months post-surgery.
ACL repair with an internal brace differs significantly from ACL reconstruction. It is less traumatic for the knee joint, does not involve harvesting hamstring tendons or drilling large bone tunnels, and allows for quicker recovery with a more confident knee.
The anterior lateral ligament (ALL) is a thin, 4 cm ligament located on the lateral side outside the knee joint. This ligament is crucial for knee stability and is often injured alongside the anterior cruciate ligament (ACL). Studies have shown that if the ALL is damaged during an ACL tear and not repaired during ACL reconstruction or repair, there is a higher risk of ACL surgery failure or re-tear.
The Fiber Tape Internal Brace for the ALL is a minimally invasive percutaneous procedure added during ACL reconstruction or repair. This step significantly improves surgical outcomes by enhancing knee stability and reducing stress on the new or repaired ACL. Patients and athletes experience greater confidence in their knee stability, and the risk of ACL re-tear and surgical failure is significantly reduced with the addition of the ALL Fiber Tape Internal Brace.
While the widespread adoption of InternalBrace technology is revolutionizing ligament injury treatment, it is not the only significant clinical advance in this field. One particular technique, when used in conjunction with the InternalBrace, is proving to be especially effective.
The ACL, or anterior cruciate ligament, is a critical component deep within the knee joint, which is comprised of three main bones: the femur (thigh bone), the tibia (shin bone), and the patella (knee cap). Along with bones, the proper functioning of the knee involves various other structures such as muscles, other ligaments, cartilage, and bursae.
Ligaments are vital for joint stability, and the ACL is especially crucial because it connects the femur to the tibia. Made predominantly of Type I collagen, which is also found throughout the body’s bones and soft tissues, the ACL is structured to safeguard the knee across its full range of motion. It consists of two bundles: the anteromedial bundle and the posterolateral bundle. The anteromedial bundle tightens when the knee is bent, helping to prevent excessive movement, while the posterolateral bundle tightens as the knee extends. This dual-bundle structure allows the ACL to stabilize the knee during rotation and other movements.
The ACL is particularly susceptible to injury due to its central location in the knee. Since it sits at the pivotal point of the knee, any sudden or twisted force can lead to an ACL injury. These injuries are common in athletic activities but are not limited to athletes; they can occur in anyone and typically happen through similar mechanisms.
In terms of non-contact ACL injuries, these occur without any external impact or forceful contact with another object or person. These injuries often happen during activities that involve sudden stops, rapid changes in direction, or awkward landings, which place intense strain on the ACL without any direct trauma to the knee.
Athletes often describe their experiences with ACL injuries, noting key moments like planting their foot, feeling a sudden twist in the knee, and sometimes even hearing a popping sound, followed by an inability to continue playing.
Occasionally, though less commonly, individuals may sustain an ACL injury during play but manage to continue until later when symptoms become more pronounced. These delayed presentations may include symptoms like worsening knee pain, difficulty moving the leg, and noticeable swelling. Some may notice instability in the knee, especially when walking on uneven or inclined surfaces, describing a sensation as if the knee is giving way beneath them.
The pain associated with an ACL injury is typically intense and sharp, often debilitating and hindering leg movement.
Swelling is a common immediate response to the injury, with some cases seeing swelling progressively increase over the next day, persisting for up to a week.
The feeling of the knee giving way can greatly impact confidence during activities such as walking, running, or navigating uneven terrain.
Injuries to the ACL often occur alongside other related injuries, and the presence and severity of these additional injuries can influence the management approach for the ACL injury. A definitive diagnosis is typically confirmed through MRI imaging and a comprehensive physical assessment, providing the most accurate evaluation of the ACL and any associated injuries.
The decision between surgical and non-surgical management of an ACL tear is informed by a thorough analysis of the above diagnostic findings and assessments.
Females exhibit a higher susceptibility to ACL tears compared to males due to several anatomical and hormonal factors. These include a wider pelvis, reduced ACL circumference, increased Q-angle, and smaller intercondylar notch width. Hormonal fluctuations during the pre-ovulatory phase of the menstrual cycle also contribute to this increased risk.
Fortunately, many muscular and neuromuscular risk factors are modifiable. Techniques such as gait correction, knee valgus correction, and activation of quadriceps and hamstring muscles, along with agility and plyometric training, can effectively decrease the likelihood of ACL injuries.
My mother had problem with raising her arm, was diagnosed with rotator cuff injury of shoulder. Our experience during treatment of her was excellent. Dr sanjay is very skilled and operation was done with 2-3 sutures only using arthroscope.and now mother is able to use her arm fully. Vivek kannake2022-09-29 Treatment is best Shekhar Masharkar2022-06-11 Mere ghutne mein chot lagne ke karan .ACL ligament tear hogayi thi jiske liye dr sanjay barik ne meri doorbin duara surgery ki.surgery ke doosrey din mein chal paya.aur sir ne humey kaafi discount bhi diye.highly recomended for ACL surgery Aniket Budhle2022-05-23 माझं नाव - किशोर सुधीर पोटदुखे रा. तळेगांव टा वर्धा ड्रा. संजय बारीक सर नि खुप छान अस माझ्या पायाच लिगामेंट ऑपरेशन केलं ऑपरेशन च्या पहिले माझा पाय खूप त्रास देत होता आज माझ्या ऑपरेशन ला 2 महिने होत आहे मला आता काहीच त्रास नाही आहे ड्रा. बारीक सरानी माझं लिघामेंटच ऑपरेशन सकसेसफुल केलं त्या बद्दल त्यांचे मना पासून खूप खूप धन्यवाद Thank u so much sir .... Kishor Potdukhe2022-05-21 I would say he is a best doctor and very knowledgeable. He possess indepth knowledge. I will say he is the best doctor in central India. Piyush Wasule2022-04-12
If you have a grade 1 or 2 anterior cruciate ligament (ACL) sprain or tear, the injury can be healed using orthobiologics. However, if an MRI reveals a grade 3 tear or a completely torn ACL, keyhole arthroscopic ACL reconstruction is required. This procedure involves creating a new ACL using your hamstring tendon.
For the fastest recovery, the all-inside ACL reconstruction with a FiberTape internal brace is highly effective. After this surgery, patients can walk without pain or support the next day and bend their knee up to 90 degrees without pain. Patients typically resume jogging one month post-surgery and return to running and sports after three months. The success rate of all-inside ACL reconstruction with a FiberTape internal brace is over 99%.
Conversely, if ACL reconstruction is performed using bio screws, recovery time is longer, taking 6 to 7 months to resume running and sports, and research has shown a 30% failure rate with this method.
The anterior cruciate ligament (ACL) serves as the primary stabilizer of the knee, ensuring its stability during various movements. When the ACL is torn, the knee loses stability, resulting in a sensation of instability and making activities like sports and running challenging. Delaying treatment can exacerbate the condition, leading to degeneration of knee cartilage, meniscus, and thigh muscles. A torn ACL accelerates knee degeneration, often leading to early-onset secondary osteoarthritis.
Timely treatment is crucial to prevent osteoarthritis and maintain an active lifestyle. All-inside ACL reconstruction with FiberTape internal bracing offers a promising solution. With this procedure, patients can typically resume running and sports activities within three months post-surgery, facilitating a quicker return to an active lifestyle.
ACL surgery using the bio-screw technique, patients commonly experience pain for a few weeks, with bending the knee being particularly uncomfortable. Full knee bending typically requires around 2 months to achieve.
In contrast, with all-inside ACL reconstruction using Fiber Tape internal bracing, postoperative pain is minimal. Patients can comfortably bend their knees up to 100 degrees starting from the day after surgery and walk without support or pain. Complete knee bending is usually attained within 2 to 3 weeks.
ACL surgery using the bio-screw technique, patients commonly experience pain for a few weeks, with bending the knee being particularly uncomfortable. Full knee bending typically requires around 2 months to achieve.
In contrast, with all-inside ACL reconstruction using Fiber Tape internal bracing, postoperative pain is minimal. Patients can comfortably bend their knees up to 100 degrees starting from the day after surgery and walk without support or pain. Complete knee bending is usually attained within 2 to 3 weeks.
Many surgeons opt for bio or titanium screws in ACL reconstruction surgery. However, research worldwide has indicated a concerning 30% failure rate associated with screw-based procedures. For athletes seeking a rapid recovery with minimal risk of failure, the All-inside ACL reconstruction with Fiber TAPE INTERNAL brace presents an appealing option.
This innovative surgery utilizes small adjustable button loops for ligament fixation, providing enhanced stability. Surgeons like Dr. Sanjay Barik employ techniques involving tightrope and Fiber tape by Arthrex to optimize outcomes. Following the procedure, patients can typically resume running and sports activities within a remarkably short timeframe of just 3 months.
STEP 1 : WHATSAPP YOUR MRI AT 7507306684
STEP 2 : GET FREE ONLINE CONSULTATION
STEP 3 : FIX APPOINTMENT & MEET DR SANJAY BARIK
STEP 4 : CONFIRM THE DIAGNOSIS AND TREATMENT PLAN
STEP 5 : GET ACL REPAIR
STEP 6 : GET BACK TO SPORTS AND RUNNING IN 3 MONTHS