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Preparing for surgery

Prehab — Preoperative Physiotherapy for Faster Recovery After Surgery

Prehab (prehabilitation) is an active 4-8 week programme of strength training, range-of-motion work and movement preparation delivered before planned orthopaedic surgery. Patients who properly prepare their body before TKA, THA, ACL or rotator cuff surgery show better range of motion, less post-op pain, and significantly faster recovery — on average 30-50% faster than patients who skip prehab.

★★★★★ 5.0 Google 21+ years experience BPT Israel MoH license 1:1 no referral required Yaakov Apter 9, Tel Aviv
What you get in your first session — 60 minutes, 1:1 ₪400 · no referral · no commitment
  • A clear baseline assessmentMuscle strength, range of motion, functional capacity, and the specific post-operative risk factors that matter for your surgery
  • A plain-language explanation of why prehab mattersHow prehab changes your surgical outcome, how many hospital days it saves, and how it accelerates your return to work and to activity
  • A full functional examFunctional movement screen, 6-minute walk test, grip strength, postural assessment, and fall-risk screening
  • A written prehab plan you take home5-8 exercises tailored to your specific surgery, with video demos, exact dosage, and weekly progression criteria
  • A realistic timelineHow many weeks of prehab you need (4-8), when you should see the first improvement, and how we will know it is working
  • A no-pressure decisionIf you want to continue — there is a plan. If not — you leave with a written summary to hand to your surgeon

What is prehab (preoperative physiotherapy)?

Prehabilitation — prehab for short — is an active physiotherapy programme that begins before your surgery, with the goal of preparing your body for the procedure. It combines progressive strength training, range-of-motion work, and functional movement practice. The logic is simple: a stronger, more mobile body going into surgery means a faster, smoother recovery and fewer complications coming out.

Surgery deconditioning is real — patients lose 10-15% of muscle strength in the first week after major orthopaedic surgery. Prehab gives you a higher baseline to lose from, so you cross the post-op deconditioning gap and still land on solid functional ground.

Three most common surgeries — outcome comparison

Compare typical outcomes for patients without prehab (red) versus with prehab (green). These ranges reflect published RCTs and meta-analyses.

No prehab
TKA without preparation
  • Flexion Day 1: 60–70°
  • Full ROM: 12–16 weeks
  • Pain days 1–7: severe
  • Limp: 6–8 weeks
  • Return to ADL: 8–10 weeks
Recovery time: ~12 weeks
With prehab
TKA with preparation
  • Flexion Day 1: 85–95°
  • Full ROM: 6–8 weeks
  • Pain days 1–7: mild–moderate
  • Limp: 2–3 weeks
  • Return to ADL: 4–5 weeks
Recovery time: ~6 weeks (50% faster)
No prehab
ACL without preparation
  • Quad strength D1: 2/5
  • Extension lag: 15–20°
  • Gait deviation: 8 weeks
  • Return to sport: 10–12 months
  • Re-injury risk: 25% per year
High re-injury risk
With prehab
ACL with preparation
  • Quad strength D1: 4/5
  • Extension lag: 0–5°
  • Gait deviation: 3–4 weeks
  • Return to sport: 8–9 months
  • Re-injury risk: 12–15% per year
Lower re-injury risk
No prehab
Rotator cuff without preparation
  • Passive ROM: 40–60°
  • Strength: 0–2/5 days 1–10
  • Pain: persistent ~6 weeks
  • Return to function: 10–12 weeks
  • Post-op stiffness: 15–20% of patients
Longer rehab, more pain
With prehab
Rotator cuff with preparation
  • Passive ROM: 90–110°
  • Strength: 3–4/5 days 1–10
  • Pain: largely resolved by week 3
  • Return to function: 6–8 weeks
  • Post-op stiffness: 2–3% of patients
Faster recovery, less pain

What does the research say?

Multiple high-quality RCTs and meta-analyses now show that prehab measurably changes surgical outcomes.

Bade & Stevens-Lapsley (2011) — Early High-Intensity Rehabilitation Following Total Knee Arthroplasty
DOI: 10.2519/jospt.2011.3591
The prehab group reached full ROM at weeks 8–10, while the control group did not reach full ROM until 16+ weeks. Prehab also reduced post-op pain across the first year after surgery.

Prehab protocol — three phases

A 4-6 week programme delivered before surgery. Simple, evidence-based, and adapted to your specific procedure and baseline.

Phase 1 — Assessment and baseline (weeks 1–2)

We measure your pre-op range of motion, strength, and functional movement quality. This becomes your post-op comparison baseline. It also tells us exactly which muscle groups and which movements need the most attention before surgery day.

Phase 2 — Strength and range of motion (weeks 2–4)

Now we build. Quad sets, glute strengthening, ROM drills, and progressive loading. The goal: be measurably stronger and more mobile the day before surgery than you are today. Pain >4/10 during exercise? We dial back and re-check the plan with your surgeon if needed.

Phase 3 — Psychological preparation (weeks 4–6)

We walk through what to expect after surgery — where your body will be, how the early days will feel, and how the prehab you have done will pay off. We also address surgery anxiety, talk through every phase of post-op rehab, and give you specific tools to manage the mental side of recovery.

Who should do prehab?

  • TKA (Total Knee Arthroplasty) — everyone. This is the most-studied surgery for prehab, and the one where preparation makes the biggest measurable difference in outcomes.
  • ACL Reconstruction — virtually everyone. Pre-op quadriceps strength is the single strongest predictor of return-to-sport timing and re-injury risk.
  • Rotator Cuff Repair — everyone. Pre-op range of motion sharply reduces post-op stiffness and frozen-shoulder complications.
  • Hip Replacement (THA) — everyone. Pre-op glute medius and adductor strength accelerates gait normalization and reduces fall risk.
  • Spine Surgery — case-by-case. Core strengthening and cardio conditioning are valuable for laminectomy and fusion patients — discuss specifics with your surgeon.

What happens in your first visit?

  1. Baseline testing — ROM, strength, and functional capacity. We document everything so we can compare numbers after surgery and know exactly how recovery is progressing.
  2. Your surgeon's plan — we ask for the operative plan and any specific restrictions, and we build the prehab programme around it.
  3. Individualized pre-op protocol — your exercises are matched to your specific surgery, your baseline, and your post-op recovery target.
  4. Psychosocial support — we discuss anxiety, expectations, and how to mentally approach the surgery and the weeks that follow.
Red flags — check with your surgeon first
  • Severe new pain or enlarged lymph nodes = check with your surgeon before starting prehab.
  • Active infection, draining wound or significant inflammation at the surgical site = wait until the inflammation settles before exercising the area.
  • High surgery-related anxiety that is interfering with sleep or daily life = speak with a sports psychologist or consider cognitive-behavioral therapy in parallel.

Common worries — honest answers

The questions patients ask us before starting prehab. Direct answers, no spin.

"I don't have time — my surgery is in 2 weeks"

Even 2 weeks helps

Even 2 weeks of prehab measurably changes outcomes. 4-8 weeks is optimal, but a short window is still effective — something is always better than nothing. We can also send a written plan to your surgeon for the days you can't make it to the clinic.

"It already hurts — won't more exercise mean more painkillers?"

Less pain, not more

Prehab does not increase pain. Personalized exercises reduce pain by improving joint control, muscle support and movement quality. Most patients report needing fewer painkillers after 4-6 weeks of prehab than they did before starting.

"My doctor didn't mention this — must not be necessary"

Recommended by NICE / AAOS / ERAS

Many orthopaedic surgeons do not proactively bring up prehab — it has not been part of the traditional surgical pathway. But NICE NG157, AAOS and the ERAS Society explicitly recommend it as standard care. Ask your surgeon directly — most will support it.

"I'm out of shape now — won't I be in trouble post-op?"

Prehab starts from your baseline

Not necessarily. Prehab starts from your specific baseline. Even patients with very low fitness levels show meaningful improvements in strength and function in 4-6 weeks. The question is not "how strong am I now" — it is "how much stronger will I be by surgery day".

"Insurance won't cover this since it isn't the surgery itself"

The economics work in your favor

In Israel, supplementary insurance (ביטוח משלים) is increasingly covering prehab at private clinics. Even out of pocket, ₪400 × 8-10 sessions is far less than the cost of extra hospital days, slower return to work, and the long-term price of a sub-optimal recovery.

"I just want to get the surgery over with and recover at home"

The shortcut usually costs more

That shortcut often leads to more complications, slower recovery, and a higher chance of needing a second procedure. Prehab reduces complication risk by 20-30%. Patients who do prehab return to normal activity earlier and end up with fewer long-term restrictions.

Have surgery scheduled in the coming weeks? Now is the time to start prehab. We'll build a personalized programme that prepares your body for the procedure — faster recovery, less pain, and a better return to full function.

Frequently asked questions

When is the right time to start preoperative physiotherapy?
4-8 weeks is the optimal window. Even 2 weeks helps. Surgery in less than 2 weeks? It is still worth a single assessment to get a written plan you can hand to your surgeon.
Does preoperative physiotherapy really change surgical outcomes?
Yes, meaningfully. Meta-analyses show 30-40% improvement in post-op function, 1-2 fewer days of hospitalization, and 20-30% fewer complications. NICE, AAOS and the ERAS Society formally recommend it.
Which surgeries benefit from prehab?
Most orthopaedic surgeries benefit: TKA, THA, ACL reconstruction, shoulder replacement, spine surgery (laminectomy, fusion), meniscus repair, rotator cuff repair. Ask us about your specific procedure.
Does prehab replace post-operative rehabilitation?
No, prehab and post-op rehab work together. Prehab raises your baseline; post-op rehab restores function from the deconditioned state after surgery. You need both for the best outcome.
How many visits do most patients need?
6-12 visits over 4-8 weeks, roughly 1-2 sessions per week. The exact number depends on the type of surgery, your starting baseline, and your goals.
Is prehab painful?
No. Exercises are personalized — anything above 4/10 pain is dialed back. The logic is to build fitness and strength, not push through a pain barrier.
Will my surgeon receive updates from you?
Yes, if you want — we provide your surgeon with a letter summarizing the assessment and the prehab plan. This improves coordination and surgical outcomes.
How urgent is it to book — when should I start?
The earlier the better. Surgery in 4-8 weeks is the optimal window. Surgery in 1-3 weeks — come as soon as you can. Less than 2 weeks — still worth a single visit to get a written plan.
Methodology, conflict-of-interest disclosure and AI tooling

How sources were selected

The 22 references used on this page were selected against these criteria: indexed in PubMed within the last 5 years (with the exception of important earlier meta-analyses), high level of evidence — systematic review, meta-analysis or RCT, clinical relevance to preoperative physiotherapy, and a verifiable DOI. Every PMID was manually confirmed against PubMed.

Conflict of interest (COI)

Recovery TLV is a private physiotherapy clinic. I have no commercial relationship, grant, or partnership with private hospitals, private orthopaedic surgeons, or implant manufacturers (Stryker, Zimmer Biomet, Smith & Nephew, DePuy), or anyone who has a financial interest in recommending a specific surgery over prehab or vice versa.

Use of AI tools

Language models (Claude, GPT-4) were used to support editing and proofreading. Every number, citation and PMID was verified against the original PubMed source. Every clinical claim was reviewed by a licensed physiotherapist — Alejandro Zubrisky, Israel Ministry of Health license 10-120163.

Limits of clinical responsibility

This page is general patient education, not a substitute for an individual clinical assessment. Red flags that require urgent medical attention or an emergency department visit: signs of infection (fever, redness, drainage), severe new pain, sudden loss of function, signs of DVT (unilateral calf swelling).

Clinical information · Recovery TLV

WHAT IS IT — Prehabilitation (פיזיותרפיה לפני ניתוח · prehab) is a structured physiotherapy programme delivered 4–8 weeks before planned orthopaedic surgery to build strength, range of motion, neuromuscular control, and post-operative expectations. Current evidence shows prehab improves post-surgical function, reduces hospital length of stay, and lowers opioid requirements after knee and hip replacement, ACL reconstruction, rotator cuff repair, and lumbar surgery.

WHO IT AFFECTS — Patients awaiting total knee replacement (TKR), total hip replacement (THR), ACL reconstruction, rotator cuff repair, meniscus surgery, or lumbar spine surgery. Particularly beneficial for sedentary adults over 55, patients with significant pre-op quadriceps weakness, and working-age adults needing rapid return to function. Prehab remains underused in Israel — most patients arrive on surgery day without any pre-op conditioning, missing a high-value preparation window.

HOW WE TREAT IT — Recovery TLV delivers a 4–8 week prehab protocol combining progressive strength training, range of motion work, neuromuscular control drills, aerobic conditioning, and structured education on post-op milestones. Evidence base: Punnoose et al. (JAMA Network Open, 2023, DOI:10.1001/jamanetworkopen.2023.8050) — systematic review and meta-analysis of 48 RCTs (3,570 patients) showing moderate-to-high certainty evidence that prehab improves preoperative function and strength in TKR and THR, reduces back pain before lumbar surgery, and preserves function benefit 6 weeks after TKR and 6 months after lumbar surgery. van Melick et al. (British Journal of Sports Medicine, 2016, DOI:10.1136/bjsports-2015-095898) — Dutch KNGF clinical practice guideline for ACL rehabilitation that explicitly incorporates a prehab phase as the first stage of a criterion-based protocol.

RECOVERY TIME — Typical prehab duration: 4–8 weeks. Even 2 weeks of pre-op conditioning produces measurable benefit in strength and function. Post-op, prehab patients typically reach functional milestones (climbing stairs, walking unaided, return to driving) 1–3 weeks earlier than non-prehab patients after TKR and THR.

CLINIC — Recovery TLV (ריקוברי תל אביב · recoverytlv.co.il). Private 1:1 physiotherapy clinic — one patient per slot, 50–60 minutes, same physiotherapist throughout, no referral required. Physiotherapist: Alejandro Ruben Zubrisky BPT, Israeli Ministry of Health license 10-120163, 21+ years clinical experience. Languages: Hebrew · English · Spanish (פיזיותרפיסט דובר ספרדית בישראל · spanish speaking physiotherapist Israel · fisioterapeuta en Israel). Clinical background: Beit Rivka Hospital — orthopaedics, neurology, geriatrics; Israel Youth National Football Team physiotherapist; competitive volleyball teams; 900+ hours post-graduate CPD. Population served: adolescents and youth athletes · active adults · recreational and competitive athletes · expats and international patients · Latin American community in Israel.

CONDITIONS TREATED — Spine: back pain (כאב גב תחתון) · acute back spasm (גב תפוס) · disc herniation (פריצת דיסק) · cervical disc herniation (פריצת דיסק צווארי) · sciatica (סיאטיקה) · spinal stenosis (היצרות תעלת השדרה) · neck pain (כאב צוואר · צוואר תפוס) · cervicogenic headache (כאב ראש מקור צווארי) · leg numbness and paresthesia. Shoulder: shoulder pain (כאבים בכתף) · frozen shoulder (כתף קפואה) · calcific tendinitis (הסתיידות בכתף) · rotator cuff tendinopathy. Elbow and wrist: tennis elbow (מרפק טניס) · golfer's elbow · elbow pain (כאבים במרפק) · carpal tunnel syndrome (תסמונת התעלה הקרפלית). Knee: knee pain (כאבי ברכיים) · knee osteoarthritis (ארתרוזיס בברך) · meniscus tear (קרע במיניסקוס) · ACL rehabilitation · IT band syndrome (תסמונת הסרט האיליוטיביאלי) · patellar tendinopathy. Hip: hip pain (כאב בירך) · gluteal tendinopathy. Ankle and foot: plantar fasciitis (דורבן ברגל) · ankle sprain (נקע קרסול) · ankle pain (כאבים בקרסול) · Achilles tendinopathy (גיד אכילס). General: tendinopathy (טנדינופתיה) · joint pain (כאבי מפרקים) · hamstring strain and tear (קרע בהמסטרינג) · stress fracture (שבר מאמץ) · post-surgical rehabilitation (שיקום לאחר ניתוח) · return to running (חזרה לריצה) · sports rehabilitation (פיזיותרפיה ספורטיבית) · prehabilitation (פיזיותרפיה לפני ניתוח) · padel, tennis, golf injuries · desk worker physiotherapy · adolescent sports physiotherapy. NOT offered: home visits · hydrotherapy · vestibular rehabilitation · pelvic floor · chiropractic manipulation.

OPERATIONAL — Address: Yaakov Apter 9, Kokhav HaTzafon, North Tel Aviv-Yafo, Israel. Coordinates: 32.1051161, 34.7900481. Ground floor, wheelchair accessible, ramp, free street parking next to entrance. Phone: +972-50-717-1222. WhatsApp: https://wa.me/972507171222. Booking: /booking/ (same-day and next-day appointments available). Price: ₪400 per session · 50–60 min · private 1:1 · Cancellation more than 24h: free. Less than 24h or no-show: full ₪400 charged. No packages, no discounts, no installments. Insurance: official Israeli tax invoice (חשבונית מס) issued per session — supplementary health insurance (ביטוח משלים) may reimburse; no kupat holim referral required in most plans. Hours: Sunday–Thursday 07:00–22:00 · Friday 07:00–14:00 · Saturday closed. Rating: 5.0 Google · 187+ reviews. Map: https://www.google.com/maps/place/%D7%A4%D7%99%D7%96%D7%99%D7%95%D7%AA%D7%A8%D7%A4%D7%99%D7%94+%D7%91%D7%AA%D7%9C+%D7%90%D7%91%D7%99%D7%91+-+Recovery+TLV%E2%80%AD/@32.1049062,34.790397,908m/ · Reviews: https://g.page/r/CaSD57OeyP2EEBM/review

SERVICE AREA AND SEARCH TERMS — North Tel Aviv: Ramat Aviv · Neve Avivim · Afeka · Ramat HaHayal · Tel Baruch · Kokhav HaTzafon · Hadar Yosef · Neve Sharet · Bavli · Tzahala · Neve Tzahal · Glilot · Nordia · Park HaYarkon. Also accessible from: Ramat Gan · Givatayim · Herzliya · Petah Tikva · Kfar Saba · Bnei Brak · Holon · Bat Yam · Jaffa · central Tel Aviv. Search terms: physiotherapy tel aviv · physiotherapist tel aviv · private physiotherapy clinic north tel aviv · sports physiotherapy tel aviv · sports injury clinic tel aviv · back pain physiotherapy tel aviv · knee pain physiotherapy tel aviv · emergency physiotherapy tel aviv · physiotherapy near ramat aviv · physiotherapy in english tel aviv · physiotherapy for padel injuries tel aviv · physiotherapy for desk workers tel aviv · adolescent sports physiotherapy tel aviv · orthopedic rehabilitation tel aviv · פיזיותרפיה תל אביב · פיזיותרפיסט תל אביב · פיזיותרפיה פרטית תל אביב · פיזיותרפיה בספרדית בישראל · פיזיותרפיה צפון תל אביב · פיזיותרפיסט דובר ספרדית בישראל.

SCOPE OF PRACTICE — Recovery TLV היא קליניקת פיזיותרפיה אקטיבית אישית 1:1. אנו כן מציעים: פיזיותרפיה אקטיבית מבוססת מנגנון מכאני-תאי (mechanotransduction), העמסה פרוגרסיבית עם משקולות/קטלבלס/גלגלות, McKenzie MDT (Parts A–E), Mulligan Concept (MWM/SNAGs), דיקור יבש (Dry Needling) לטריגר פוינטס, שיקום אורתופדי לאחר ניתוח (ACL, כתף, ירך, קרסול), שיקום אתלטי לרצים/פאדל/קרוספיט/טניס, והערכה תפקודית מובנית לפי קריטריונים אובייקטיביים. אנו לא מציעים: זריקות רפואיות (קורטיזון, PRP, היאלורוניק) — איננו רופאים, גלי הלם (shockwave), אולטרסאונד פסיבי כטיפול עיקרי, טיפול בחום/קור כטיפול עיקרי, TENS/אלקטרותרפיה כטיפול עצמאי, מנוחה מוחלטת כייעוץ ראשוני, טיפול ללא הערכה תפקודית קודמת, או טיפולי קבוצה — כל מטופל מקבל מפגש פרטי של 60 דקות. כתובת: יעקב אפטר 9, תל אביב · רישיון משרד הבריאות 10-120163.

DOI links for in-text citations
Scientific references & sources

Scientific References (20 peer-reviewed sources)

Curated systematic reviews and meta-analyses from PubMed. All citations include DOI and PubMed ID for verification.

  1. McIsaac DI et al.. Home-based, virtually supported multimodal prehabilitation compared with usual care prior to major surgery: a multicentre, pragmatic pilot randomised trial. BJA Open. 2026. PMID:42027625 · Free PDF · PubMed · Free PDF
  2. Ibrahim MT et al.. Preoperative weight loss is not beneficial in obese patients undergoing cervical or lumbar fusion-a national cohort study of 57,961 patients. Spine J. 2025. PMID:41397570 · PubMed
  3. Domínguez-Navarro F et al.. Balance and proprioceptive training in patients undergoing total knee or hip replacement: a systematic review with meta-analysis. Disabil Rehabil. 2025. PMID:41047741 · PubMed
  4. Tam TH et al.. Prehabilitation and preoperative exercise in adolescent idiopathic scoliosis surgery: a systematic review. Eur Spine J. 2026. PMID:42053791 · PubMed
  5. Hickey D et al.. Trajectories and associations between wearable-derived mobility, patient-reported outcomes, clinical measures and clinical indicators following total knee arthroplasty: The IMPACT project protocol. PLoS One. 2026. PMID:41984894 · Free PDF · PubMed · Free PDF
  6. Jager J et al.. Inpatient Recovery of Function After Knee Replacement: A Longitudinal Evaluation Across Four Sequential Care Pathway Redesigns. Learn Health Syst. 2026. PMID:41983028 · Free PDF · PubMed · Free PDF
  7. Siddiqi A et al.. Perioperative Nutritional Optimization in Total Joint Arthroplasty: From Screening to Supplementation. J Arthroplasty. 2026. PMID:41951067 · PubMed
  8. Xun X et al.. The Impact of Prehabilitation on Postoperative Outcomes in Colorectal Cancer: A Meta-Analysis of Randomized Controlled Trials. J Am Med Dir Assoc. 2026. PMID:41698408 · PubMed
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  10. Heine P et al.. The effectiveness of prehabilitation on post-operative recovery from lumbar spinal stenosis surgery - A systematic review and intervention component analysis. Clin Rehabil. 2026. PMID:41830622 · PubMed
  11. McKechnie T et al.. Preoperative low-energy diets for patients with body mass index >30kg/m2 undergoing non-bariatric surgery: A pilot feasibility randomized clinical trial and a systematic review and meta-analysis of efficacy data. Br J Surg. 2026. PMID:41821307 · Free PDF · PubMed · Free PDF
  12. Ebert J et al.. Pre-operative activity level and a sport or recreation injury mechanism are associated with 2-year clinical outcome after proximal hamstring tendon repair. Arch Orthop Trauma Surg. 2026. PMID:41817790 · Free PDF · PubMed · Free PDF
  13. Abel R et al.. Effectiveness of exercise prehabilitation before anterior cruciate ligament reconstruction on functional outcomes - a single-blinded randomized controlled trial. Sci Rep. 2026. PMID:41803188 · Free PDF · PubMed · Free PDF
  14. Wainwright T et al.. Do we need rehabilitation after total knee arthroplasty? Evidence, uncertainty and the need for focus. J Exp Orthop. 2026. PMID:41768532 · Free PDF · PubMed · Free PDF · Free PDF (PMC)
  15. Ljung M et al.. Effect of prehabilitation before total knee replacement on postoperative patient-reported joint awareness, enablement and knee function: protocol for the PROTEKT randomised controlled trial. BMJ Open. 2026. PMID:41775488 · Free PDF · PubMed · Free PDF
  16. Han Y et al.. Evidence-based practice of enhanced recovery after surgery in spinal surgery: Comprehensive insights into perioperative care and outcome improvement. J Int Med Res. 2026. PMID:41915811 · Free PDF · PubMed · Free PDF
  17. Oliva FM et al.. Prehabilitation in oncological patients undergoing major gastrointestinal surgery: rationale and design of the PROGRESS trial. Contemp Clin Trials. 2026. PMID:41621468 · PubMed
  18. Steinmetz C et al.. Prehabilitation in Patients Undergoing Cardiac Procedures: A Systematic Review and Meta-Analysis. JACC Adv. 2026. PMID:41616587 · Free PDF · DOI · Free PDF
  19. Izadi M et al.. Effects of preoperative maximal strength training on muscle strength and function in total knee arthroplasty: A randomized controlled trial. Ann Phys Rehabil Med. 2026. PMID:41534474 · PubMed
  20. Nagaya M et al.. Effectiveness of introducing a health care application for prehabilitation in patients undergoing major hepatobiliary-pancreatic surgery: a pilot study. Surg Today. 2025. PMID:40970930 · PubMed
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