What is fracture rehabilitation?
Fracture rehabilitation is the structured physiotherapy care provided after a bone break — and, where relevant, its surgical fixation — to restore mobility, strength, joint range of motion and everyday function while the bone itself finishes healing. The two processes run side by side but are not the same thing. Bone healing follows overlapping biological stages: an inflammatory phase in the first days, a reparative phase in which soft and then hard callus forms over several weeks, and a remodelling phase that continues quietly for months after a person feels "back to normal." Physiotherapy is adjusted at each of these stages to the fracture site, the fixation method (cast or splint versus plates, screws or a hip replacement) and the treating surgeon's specific weight-bearing or loading instructions.
Fractures are common in Singapore, particularly among older adults. A national analysis estimated around 15,267 osteoporotic fractures in Singapore in 2017, a figure projected to climb sharply as the population ages (Chandran et al., Archives of Osteoporosis, 2019). With an ageing population, these numbers are expected to climb further: osteoporotic fractures in Singapore are projected to rise 57.9%, from 15,267 cases in 2017 to 24,104 by 2035 (Chandran et al., Archives of Osteoporosis, 2019). A 2019 population-based study of hip fractures in Singapore adults aged 50 and above reported meaningful differences in incidence across ethnic groups, with rates that have shown a declining trend over time even as the absolute number of fractures rises with the ageing population (Wong et al., Osteoporosis International, 2019). Recovering well from a fracture is therefore a challenge many families in Singapore will face — and a well-understood one, with a clear rehabilitation pathway.
How home physiotherapy helps
The evidence for structured, guided exercise after a fracture is strong, and it applies whether care happens in a hospital gym or a living room. A 2022 Cochrane review pooling 40 trials and over 4,000 participants found that gait, balance and functional training in hospital after hip fracture surgery produced a moderate improvement in mobility, and that after discharge, multicomponent exercise programmes — combining strength, balance, gait and functional training — produced large improvements in mobility. Notably, resistance exercise done in isolation, without the other components, showed minimal benefit on its own (Fairhall et al., Cochrane Database of Systematic Reviews, 2022). This is one of the clearest arguments for home-based rehabilitation: a home visit allows a physiotherapist to combine strength work with real gait practice on real stairs, real furniture and real floor surfaces, in the same environment a person needs to function in day to day.
The benefit of supervised, hands-on input also shows up in smaller joints. In a randomised trial of 74 adults over 60 with a distal radius (wrist) fracture, six weeks of supervised physiotherapy produced significantly better wrist function scores than a home exercise programme done alone — a difference of roughly 18.5 to 18.6 points on the Patient-Rated Wrist Evaluation scale that was still present at one year (RCT with 2-year follow-up, distal radius fracture). A separate meta-analysis found that adding manual therapy (joint mobilisation) to an exercise programme after wrist fracture improved wrist pain and function by 10.2 points on the Patient-Rated Wrist Evaluation scale at 12 weeks, a statistically significant, high-quality finding. The same review also found a small improvement in grip strength with manual therapy added, but this difference was not statistically significant and was based on very low-quality evidence, so it should be read as inconclusive rather than a confirmed benefit (systematic review and meta-analysis, PubMed 2021). In other words, guidance and hands-on technique appear to add measurable value to wrist pain and function beyond exercises alone, even where the effect on grip strength specifically remains unproven — and timing matters too: a review of trials found that starting mobilisation earlier after hip fracture surgery was generally associated with better outcomes, with benefit broadly proportional to how soon after surgery movement began (Agarwal et al., Musculoskeletal Care, 2024).
What a home physiotherapy visit looks like
A home visit typically starts with a review of the surgeon's or hospital's discharge instructions — weight-bearing status, precautions, and any imaging or operative notes — followed by an assessment of pain, swelling, joint range of motion, strength and how the person is currently managing at home (getting in and out of bed, to the toilet, up stairs). From there, the physiotherapist sets a plan matched to the current healing phase: gentle movement work early on, progressing to loading and strengthening as bone healing and the surgeon's protocol allow. Because the session happens in the person's actual home, it can directly address the obstacles that matter most in daily life — a step at the front door, a low sofa, a shower ledge — rather than a generic clinic setup. Sessions also typically include falls-prevention and functional task training, particularly for older adults recovering from hip and other fragility fractures, since preventing a second fall is a central rehabilitation goal.
Typical recovery timeline
Recovery timelines vary considerably by bone and by whether the fracture was treated surgically or conservatively, and the treating surgeon's guidance should always take precedence over general estimates. As a broad guide: smaller bones such as the fingers and wrist typically reach basic bony union around 6 weeks. For a distal radius (wrist) fracture, a cast or splint is usually worn for 4 to 6 weeks, gentle stretching tends to begin around 6 to 8 weeks, strengthening work starts from roughly 8 weeks, and full functional recovery of the wrist can take up to a year. Larger bones need more time: forearm and wrist fractures generally heal in 6 to 10 weeks, the lower leg (tibia) in roughly 3 to 4 months, and the thigh or hip in roughly 4 to 6 months for bony union — though functional rehabilitation after a hip fracture, meaning the return of walking ability, strength and balance, continues for many months beyond that. Underneath these numbers, bone itself is healing through an inflammatory phase measured in days, a reparative callus-forming phase measured in weeks, and a remodelling phase that can continue for months to a couple of years. Physiotherapy is deliberately paced to this biology, not against it — pushing too fast is not a shortcut, and pushing too cautiously can allow stiffness and weakness to set in unnecessarily. This is also true away from the wrist: a 2024 Cochrane review of ankle fracture rehabilitation found that immobilisation increases the risk of stiffness, muscle weakness, swelling and residual pain, and that functional bracing or earlier mobilisation may improve function, pain and movement compared with prolonged immobilisation, provided this is balanced against a small possible increase in wound-related complications — a balance a physiotherapist helps manage in partnership with the surgical team (Lewis et al., Cochrane Database of Systematic Reviews, 2024).
Exercises and approaches used at home
A home physiotherapy programme after a fracture is built up in layers, matched to the healing phase:
- Early gentle range-of-motion work for the joints above and below the fracture — for example, moving the fingers and shoulder while the wrist itself is still in a cast — to limit stiffness while the bone heals underneath.
- Swelling and oedema management in the early post-injury or post-cast period, using elevation, active "pumping" exercises and retrograde massage.
- Supervised stretching and active or passive range-of-motion exercises for the injured limb, usually introduced from around 6 to 8 weeks once early healing allows, guided closely by pain.
- Progressive resistance (strengthening) exercises, typically added later — commonly from around 8 weeks for wrist fractures — once there is sufficient bony stability to load the area safely.
- Manual therapy and joint mobilisation combined with exercise, shown in trials to meaningfully improve wrist pain and function after distal radius fracture.
- Progressive gait and balance retraining — sit-to-stand practice, stepping drills, timed-up-and-go exercises — introduced once weight-bearing is permitted, especially important after hip and other lower-limb fractures.
- Multicomponent strength, balance and functional programmes that combine lower-limb strengthening with gait training, which trial evidence associates with the largest mobility gains after hip fracture.
- Falls-prevention and functional task training within the home environment, aimed at reducing the risk of a second fracture in older adults.
A safety note
Most fracture recoveries progress steadily and predictably, but a small number of warning signs call for prompt medical attention rather than continued home exercise. Contact the treating surgeon or seek emergency care if there is: severe pain that is worsening or feels out of proportion to the injury, especially with a tight or swollen limb (a possible sign of compartment syndrome, a surgical emergency); numbness, tingling, or a limb that turns pale, cold or loses its pulse; sudden calf or leg swelling, redness, warmth or pain, or sudden breathlessness or chest pain (possible blood clot); fever, spreading redness, or discharge or opening at a surgical wound; a cast that suddenly feels too tight, new deformity, inability to move the limb, or a clicking or grinding sensation with new pain; or pain and swelling that fail to gradually improve, or that worsen, several weeks after injury. A meaningful minority of fractures do not heal as expected and need specialist review, so this last sign is worth taking seriously rather than working through. None of this is cause for alarm — it simply means the right next step, in these specific situations, is a call to the surgical team rather than the physiotherapist.
Taking the next step
A fracture can feel like a significant setback, but the research is consistent and encouraging: structured, well-timed rehabilitation — whether in hospital, in clinic, or at home — is associated with meaningfully better mobility, strength and function than immobilisation or exercise alone. Recovery takes real time and real effort, and that timeline deserves to be respected rather than rushed. A home visit lets a physiotherapist assess exactly where healing stands, align the programme with the surgeon's protocol, and build a plan around the stairs, doorways and daily tasks that matter in a person's own home. If you or a family member are recovering from a fracture in Singapore, reaching out for a home physiotherapy assessment is a practical, low-pressure way to find out what stage you're at and what a safe next few weeks could look like.
