Arthroscopic_ACL_Reconstruction_Delhi_3000_words_Final
                     Arthroscopic ACL Reconstruction in
Delhi
A ~3,000-word patient guide to ACL injury, reconstruction, grafts, recovery and
rehabilitation
Patient education: This guide explains ACL reconstruction in clear language and includes the requested
clinic/hospital contact details and website link. It is not a substitute for medical consultation.
Prime Speciality Clinic Hospital
182, 1st Floor, Jagriti Enclave, HOD (DITO), Sant Parmanand Hospital,
Vikas Marg, Delhi-110092 Plot no-1, 2 & 3, Park Area, Yamuna Bazaar,
Delhi-110006
Delhi Arthroscopy • ACL Reconstruction Patient Guide Page 1
Phone: +91-9971192233 Website:
Email: [email protected] delhiarthroscopy.com/arthroscopic-acl-reconstructio
n/
Delhi Arthroscopy • ACL Reconstruction Patient Guide Page 2
Quick Guide
• ACL anatomy and injury mechanisms
• Symptoms, diagnosis and non-operative care
• When reconstruction is considered
• Arthroscopic surgery and graft selection
• Pre-surgery preparation and the operation
• Rehabilitation, return to work and sport
• Risks, cost considerations, questions and contact details
Illustrations are original simplified educational diagrams and do not represent an individual patient.
What Is the ACL?
The anterior cruciate ligament, commonly called the ACL, is one of the major stabilizing ligaments inside the knee.
It connects the thigh bone (femur) to the shin bone (tibia) and helps control forward movement and rotation of the
tibia relative to the femur. The ACL is particularly important when a person runs, changes direction, pivots, lands
from a jump or rapidly decelerates.
An ACL injury may be a sprain, partial tear or complete rupture. The severity and functional effect are not identical
in every patient. Some people can continue ordinary daily activities after an injury but notice instability during
running or turning. Others experience repeated episodes in which the knee suddenly gives way.
A torn ACL can also occur with injuries to other structures. The meniscus, cartilage and additional knee ligaments
may be damaged during the same event. For this reason, an ACL assessment should look at the whole knee
rather than treating the ligament in isolation.
How ACL Injuries Happen
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ACL injuries are often associated with sports and activities involving rapid changes in direction. A sudden pivot,
awkward landing, abrupt stop or direct impact can place substantial stress on the ligament. Football, basketball,
badminton, skiing and similar activities can involve these movements, but an ACL injury can happen during
ordinary activities as well.
A person may describe hearing or feeling a “pop” at the time of injury. Swelling can develop relatively quickly
because bleeding may occur inside the joint. Pain, difficulty walking, reduced range of motion and a feeling of
instability are also common. However, the absence of a dramatic pop does not rule out an ACL injury.
After the initial swelling settles, the knee may feel much better during straight-line walking. The instability can
become obvious only when the person tries to run, turn, jump or return to sport. Repeated giving-way episodes are
important because they may place additional stress on the meniscus and other structures.
Symptoms of an ACL Tear
Typical symptoms after an ACL injury include sudden knee pain, swelling, difficulty bearing weight, restricted
movement and a sense that the knee is unstable. Some patients describe the knee as buckling or giving way. A
person may also develop discomfort during stairs, running or turning.
Symptoms can change with time. Acute swelling and pain may improve over the first few weeks even though the
ligament remains torn. This improvement can create the impression that the knee is fully recovered. A patient who
returns to twisting or pivoting activity without adequate assessment may then experience another episode of
instability.
Because several knee injuries can produce similar symptoms, a clinical evaluation is important. Meniscus tears,
cartilage injury, collateral ligament injury and patellar problems can coexist with an ACL tear or mimic some of its
symptoms.
How an ACL Tear Is Diagnosed
Diagnosis begins with a careful history and physical examination. The doctor asks how the injury occurred,
whether swelling appeared quickly, whether the knee has given way, and what activities the patient wants to return
to. Examination may include tests designed to assess ACL stability and compare the injured knee with the other
side.
MRI is commonly used when a detailed assessment of the soft tissues is needed. It can help demonstrate the ACL
injury and identify associated meniscal, cartilage or ligament damage. X-rays do not directly show the ACL but can
help assess the bones and rule out fractures or other structural problems.
The imaging report should be interpreted together with the patient’s symptoms and examination. A scan can show
an ACL tear, but the decision about reconstruction is not based on the MRI alone. Age, activity level, instability,
associated injuries, previous treatment, general health and personal goals all influence the treatment plan.
Can an ACL Tear Heal Without Surgery?
Some patients with ACL injuries can be managed without reconstruction. Non-operative treatment may include
activity modification, a structured physiotherapy program, strength training, neuromuscular training and gradual
return to appropriate activities. This approach may be considered when the knee is reasonably stable for the
person’s lifestyle and the patient does not need to perform frequent pivoting or high-demand sports.
A patient with repeated instability, a complete tear, significant associated injuries or a strong need to return to
cutting and pivoting sports may be more likely to consider reconstruction. The decision should be individualized.
There is no single treatment that is correct for every ACL tear.
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The purpose of treatment is functional stability, not simply making an MRI look normal. A physiotherapist can work
on quadriceps and hamstring strength, balance, movement control and confidence. If the knee remains unstable
despite appropriate rehabilitation, surgical reconstruction may be discussed.
When ACL Reconstruction Is Considered
Arthroscopic ACL reconstruction is commonly considered for patients with symptomatic instability who want to
return to activities that place high rotational demands on the knee. It may also be recommended when there are
associated injuries that need surgical treatment or when recurrent giving-way episodes are affecting daily life.
The decision is particularly relevant for athletes and active individuals who want to return to sports involving
jumping, cutting, pivoting and rapid changes of direction. A stable knee is also valuable for physically demanding
work.
Reconstruction is different from simply stitching the torn ACL back together in most cases. The damaged ligament
is generally replaced with a tendon graft that is positioned inside the knee to reproduce the stabilizing function of
the original ACL. The graft then undergoes a biological healing and remodeling process.
What Is Arthroscopic ACL Reconstruction?
Arthroscopic ACL reconstruction is a minimally invasive operation in which a small camera, called an arthroscope,
is introduced into the knee through a small portal. The camera displays the inside of the joint on a monitor.
Additional small portals allow specialized instruments to be used.
During reconstruction, the surgeon assesses the ACL and other structures, prepares the knee, creates
appropriately positioned bone tunnels, places the selected tendon graft and fixes it securely. The exact technique
varies according to the patient’s anatomy, graft choice, associated injuries and surgeon’s approach.
If a meniscus tear or another treatable injury is found, it may sometimes be addressed during the same operation.
The goal is to restore knee stability while preserving as much healthy tissue as possible. Arthroscopy can provide
clear visualization of the joint with relatively small skin incisions, but the procedure still requires significant
rehabilitation afterward.
Choosing the ACL Graft
A major part of ACL reconstruction planning is selecting the graft. An autograft uses the patient’s own tendon
tissue. Common autograft choices include hamstring, patellar tendon or quadriceps tendon grafts. An allograft
uses donor tissue.
There is no universal graft that is best for every patient. The decision can depend on age, sport, activity level,
occupation, anatomy, previous surgery, associated injuries and the surgeon’s assessment. Patients should ask
why a particular graft has been recommended and what advantages and disadvantages apply to their situation.
The graft is not simply a replacement part that becomes normal immediately after surgery. It must integrate and
remodel over time. This is one reason rehabilitation is gradual and why an early return to high-risk pivoting sport is
generally avoided even when pain and swelling have improved.
Preparing for ACL Surgery
Before surgery, the knee is assessed carefully and the treatment plan is confirmed. The surgeon reviews imaging,
medical history, medicines, allergies and any previous operations. The patient may undergo routine investigations
and an anesthesia assessment depending on the hospital and individual health needs.
It is useful to tell the team about all medicines and supplements, smoking or tobacco use, previous anesthesia
problems and any other medical conditions. Follow the hospital’s fasting and medication instructions exactly.
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Prehabilitation can be valuable. Before reconstruction, many patients benefit from reducing swelling, restoring
knee extension, improving quadriceps activation and achieving as much comfortable motion as possible. A stiff,
swollen and weak knee can make early rehabilitation more difficult. The physiotherapy plan before surgery should
be individualized.
What Happens on the Day of Surgery?
ACL reconstruction is performed with anesthesia and careful monitoring. After preparation, the surgeon introduces
the arthroscope through small portals and inspects the knee. The torn ligament and associated structures are
assessed.
If an autograft is planned, the selected tendon tissue is prepared. The surgeon then creates tunnels in the femur
and tibia in positions designed to reproduce the functional anatomy of the ACL. The graft is passed into position
and secured with an appropriate fixation system.
The operation may take longer when additional injuries, such as a meniscus tear, require treatment. After surgery,
the patient is observed in the recovery area and receives instructions about pain control, wound care, exercises,
weight bearing and follow-up. Some patients go home the same day, while others may stay overnight depending
on the procedure and clinical circumstances.
The First Days After Reconstruction
The early postoperative period focuses on pain control, swelling reduction, protection of the reconstruction and
restoration of safe knee motion. Patients may use crutches initially, and the amount of weight placed through the
leg depends on the surgical plan and any additional procedures.
Early rehabilitation commonly includes exercises for quadriceps activation, gentle range of motion, ankle
movement and swelling control. The precise program should be provided by the treating physiotherapist and
surgeon. If a meniscus has been repaired or another procedure has been performed, restrictions can be different.
Incisions should be monitored according to the hospital’s wound-care instructions. Increasing redness, drainage,
fever, severe pain, new calf swelling or other concerning symptoms should be reported promptly to the medical
team.
ACL Rehabilitation: A Staged Process
ACL rehabilitation is progressive. The first stage emphasizes swelling control, knee extension, safe flexion,
quadriceps activation and a normalizing walking pattern when permitted. As strength and movement improve, the
program progresses toward resistance exercises, balance, coordination and control.
Later stages introduce more demanding functional exercises. Running is usually delayed until strength, movement
quality and healing are appropriate. Hopping, landing, change-of-direction drills and sport-specific training are
introduced progressively rather than immediately.
Return to sport is not determined by the calendar alone. A patient should demonstrate appropriate strength,
movement control, confidence and functional readiness and should receive clearance from the treating team. A
common rehabilitation horizon is many months, and return to pivoting sport can take roughly six to nine months or
longer depending on the patient, graft, associated injuries and progress. The timeline must be individualized.
Key point: Return to sport should be based on healing, strength, movement quality and functional
testing—not the calendar alone.
Returning to Work, Fitness and Sport
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Desk-based work may be possible relatively early for some patients if pain is controlled and transportation is
manageable. Physically demanding jobs require more planning because climbing, lifting, squatting and uneven
surfaces can place greater demands on the knee.
Driving should only resume when the patient can safely control the vehicle, is no longer impaired by medications
and has been cleared according to the surgeon’s advice and local requirements. The operated side, vehicle type
and braking demands can all matter.
Return to gym activity should be staged. Upper-body exercise may be possible earlier with appropriate
modifications, while lower-body strengthening progresses under supervision. Running, jumping and cutting are
higher-level activities and should be introduced only when the rehabilitation team considers the knee ready.
For athletes, the final phase often includes sport-specific drills, acceleration and deceleration, cutting, landing and
reaction exercises. Psychological readiness is also important: fear of re-injury can influence movement and
confidence even when physical tests are improving.
Potential Risks and Limitations
ACL reconstruction is a commonly performed operation, but no surgery is risk-free. Potential complications can
include infection, bleeding, blood clots, anesthesia-related complications, stiffness, persistent pain, nerve or
blood-vessel injury, problems at the graft harvest site, graft failure or re-injury, and continued instability.
The outcome can also be affected by associated meniscal or cartilage injuries, rehabilitation adherence, smoking,
general health, the demands placed on the knee and the circumstances of a new injury. Reconstruction restores
stability but does not make the knee immune to future injury.
Patients should understand that a successful operation and a successful return to sport are related but not identical
goals. The surgeon and rehabilitation team should explain the expected milestones, warning signs and limitations
specific to the procedure.
Why Rehabilitation Matters
Surgery provides the reconstructed ligament, but rehabilitation teaches the knee and the rest of the body how to
use it effectively. Muscle weakness, especially quadriceps weakness, can persist after ACL reconstruction if
rehabilitation is incomplete. Balance and movement-control deficits can also remain.
A structured program provides a sequence of goals rather than asking the patient to guess what is safe. Regular
physiotherapy can address range of motion, strength, coordination, proprioception, running mechanics and
sport-specific movement.
Patients should resist the temptation to progress faster simply because the knee feels good. Biological healing
continues even when symptoms are improving. Conversely, fear should not prevent appropriate exercise once the
rehabilitation team has approved it. The best approach is consistent, progressive and supervised recovery.
Cost of ACL Reconstruction in Delhi
The total cost of ACL reconstruction varies from patient to patient and hospital to hospital. Expenses can include
surgeon and anesthesia fees, operating-room charges, implants or fixation devices, graft-related costs,
investigations, medicines, hospital stay and physiotherapy.
A transparent estimate should specify what is included and what may be charged separately. Patients should also
consider the cost of rehabilitation because physiotherapy is a major part of recovery.
When comparing treatment options, cost should not be the only factor. Consider the surgeon’s experience with
arthroscopic ligament reconstruction, the hospital’s surgical facilities, anesthesia and nursing support, rehabilitation
arrangements, follow-up access and the clarity of the proposed treatment plan. Current fees should be confirmed
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directly with the clinic or hospital.
Questions to Ask Your ACL Surgeon
Useful questions include: Is my ACL partially or completely torn? Is my knee clinically unstable? Are my meniscus
or cartilage also injured? Can I reasonably try non-operative rehabilitation? Why do you recommend reconstruction
in my case?
Ask about graft choice: Which graft do you recommend and why? Where will the graft come from? What are the
relevant advantages and disadvantages? How will it be fixed? What additional procedures might be required if
another injury is found?
Ask about recovery: When can I bear weight? When can I drive? When can I return to desk work? When can I run?
What tests are used before return to sport? What activities should I avoid? How often will I need physiotherapy?
Finally, ask about risks and realistic goals. A good consultation should leave you understanding both the benefits
and the limitations of reconstruction.
Appointment tip: Bring your MRI/X-ray reports, medication list and a short description of your work, exercise
and sports goals.
About Delhi Arthroscopy and Dr. Shekhar Srivastav
The Delhi Arthroscopy website identifies Dr. Shekhar Srivastav as an orthopaedic surgeon involved in knee and
shoulder care and arthroscopic ACL reconstruction. Its website describes him as a senior orthopaedic consultant
and identifies the Orthopedics Department at DITO, Sant Parmanand Hospital. The site also lists ACL
reconstruction among the arthroscopic procedures offered.
The website’s published material describes arthroscopic ACL reconstruction as a minimally invasive procedure
using a tendon graft to restore knee stability, and its educational articles discuss graft choices and staged
rehabilitation.
Because provider affiliations, credentials, facilities, fees and appointment arrangements can change, patients
should confirm current details directly with the clinic or hospital. This PDF is educational and should not be treated
as a personalized recommendation or a guarantee of outcome.
Contact Us
Prime Speciality Clinic 182, 1st Floor, Jagriti Enclave, Vikas Marg Delhi-110092
Hospital: HOD (DITO), Sant Parmanand Hospital Plot no-1, 2 & 3, Park Area, Yamuna Bazaar Delhi-110006
Phone: +91-9971192233 Email: [email protected]
Website: https://delhiarthroscopy.com/arthroscopic-acl-reconstruction/
The supplied clinic contact details are also displayed on the Delhi Arthroscopy website. For appointment
availability, current fees, directions and hospital arrangements, please confirm directly before travelling.
Important Medical Disclaimer
This PDF is intended for general patient education. It does not diagnose an ACL injury, determine whether a
person needs reconstruction, prescribe medication or physiotherapy, or replace an in-person examination and
review of imaging. Treatment decisions depend on the individual patient’s injury, stability, activity goals, associated
damage and general health.
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Do not change medicines, exercises, weight-bearing or activity restrictions based solely on this document. Follow
the instructions of your treating surgeon and physiotherapist. Seek prompt medical attention for severe or
worsening symptoms, significant swelling, fever, wound problems, new neurological symptoms, calf swelling or
other urgent concerns.
Source website supplied for this document: https://delhiarthroscopy.com/arthroscopic-acl-reconstruction/ The
supplied page could not be directly fetched during preparation because the website returned a 406 response, so
related first-party Delhi Arthroscopy pages were used to corroborate provider/contact information and ACL-related
descriptions.
Source Website
https://delhiarthroscopy.com/arthroscopic-acl-reconstruction/
Prepared from the supplied website and related first-party Delhi Arthroscopy pages where the requested page could not be fetched
directly. Provider details and clinical claims should be confirmed directly before use.
Delhi Arthroscopy • ACL Reconstruction Patient Guide Page 9
Practical Recovery Planning
Practical Recovery Planning
A little preparation can make the first weeks after ACL reconstruction easier. Before surgery, arrange transport
home and consider how you will manage stairs, bathing, meals and work. Keep frequently used items within easy
reach and create a clear path through the home to reduce the chance of tripping while using crutches. Ask the
surgical team exactly when you may shower, change dressings and place full weight through the operated leg.
Swelling management is often important in the early phase. Elevating the leg when resting and using cold therapy
if recommended can make the knee more comfortable. Do not place ice directly on the skin, and follow the
hospital’s specific instructions if you have reduced sensation or circulation problems. Gentle ankle movement may
also be included in the rehabilitation plan.
A common challenge is the difference between pain relief and biological healing. A patient may feel surprisingly
comfortable after several weeks and assume that the graft is already fully strong. The reconstructed ligament
continues to undergo remodeling, so the safest approach is to progress only when objective rehabilitation goals
have been met.
Good communication with the physiotherapist is valuable. Tell the therapist about pain, swelling, clicking,
instability, difficulty sleeping or concerns about exercises. Rehabilitation can then be adjusted without
unnecessarily stopping progress. Similarly, contact the surgeon when symptoms are unusual or worsening rather
than trying to diagnose the problem alone.
Long-term knee health also involves prevention. Strengthening the quadriceps, hamstrings, hips and core, together
with balance and landing technique, can help prepare the body for demanding activities. Athletes may benefit from
structured neuromuscular warm-up programs after clearance. Even after returning to sport, continuing strength and
movement training is useful because ACL reconstruction is a step in recovery, not the end of injury prevention.
This section is educational and should be adapted to the individual instructions of the treating surgeon and
physiotherapist.