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PubMed2006

Check list of symptoms SCL-90-R at persons with extremities amputations.

Multidimensional Inventory Check List of Symptoms (SCL-90-r) is based on self-evaluation and it has been used for determination of level of: somatisation, obsessive-compulsive symptoms, interpersonal sensitivity, depression, anxiety, hostility, phobias, paranoia and psychosis at persons which are exposed to long term emotional and physical stress. Our goal was to determine relations of physical trauma and psychological changes at persons with lower extremities amputations and to determine factors which influence those changes. Thirty seven persons with lower extremities amputations were examined. The sample included 26 (70.2 %) veterans and 11 (29.7 %) civilians with diseases related amputations. They voluntarily filled Check List of Symptoms SCL-90-r. Symptoms Inventory includes 9 dimensions of primary symptoms: SCL1-somatisation, SCL2-obsessive-compulsive symptoms, SCL3-interpersonal sensitivity, SCL4-depression, SCL5-anxiety, SCL6-hostility, SCL7-phobias, SCL8-paranoia, SCL9-psychosis and SCL10-extra scale. Inventory includes 90 statements, each evaluated with five-level scale of disorder. Every answer is graded with 0-4 points. Thirty seven persons with lower extremities amputations and average chronological age 46.2 +/- 10.92 years were analyzed. Considering marital status 30 (81.1 %) of them were married, 4 (10.8 %) were not married and 3 (8.1 %) were widowers. Considering level of amputation 27 of them (73.0 %) had amputation below knee, 5 (13.5 %) of them amputation above knee and 5 of them (13.5 %) foot amputation. SCL-90-r in both groups determined high level of sensitivity, anxiety, hostility and paranoia. Veterans showed higher level of paranoia comparing to civilians (p<0.002), and younger veterans and married ones had higher level of paranoia comparing to other veterans (p<0.01). Persons with amputations below and above knee showed higher level of paranoia comparing those with foot amputation (p<0.001). Persons with lower extremities amputations have considerably more expressed sensitivity, anxiety, hostility and paranoia. These dimensions are related to age, marital status and level of amputation. These determinants are very helpful for planning and creation of psychological support and rehabilitation of persons with lower extremities amputations.

Adult↗
PubMed1988

Upper limb amputations in southern Finland 1984-85.

There is a specific requirement for amputee statistics to facilitate the planning of prosthetic rehabilitation of amputee patients. The aim of this study was to analyse the epidemiological situation concerning upper limb amputations in southern Finland. The data on all limb amputations made in the catchment area of the Helsinki University Central Hospital were collected for the period 1984-85. During the two-year period upper limb amputations had been performed on 52 patients. A total of six major amputations had been performed on 52 patients. A total of six major amputations had been performed at a level potentially requiring a prosthesis, and 46 patients had undergone amputation distal to the carpal joint. The overall upper limb amputation rate was 2.2 and rate of major amputations 0.3 per 100,000 inhabitants per year. The ratio of men to women was 7.7 for all amputations and 10.5 for finger amputations. Of the 52 amputees, 62 per cent were in the 20-59 age group. The mean age of all amputees was 42.7 years. The typical upper limb amputee was a man of active working age. Trauma, mainly occupational accident, was the most common cause, accounting for 61 per cent of all upper limb amputations. The annual incidence of major amputations in the whole of Finland is as low as 20-30 cases. It would seem reasonable to concentrate prosthetic fitting of upper limb amputations at two or three prosthetic factories and rehabilitation centres.

Adult↗
PubMed2003

Explaining racial variation in lower extremity amputation: a 5-year retrospective claims data and medical record review at an urban teaching hospital.

HYPOTHESIS: Population-based hospital data indicate that African American patients undergo major lower extremity (LE) amputation 2 to 3 times more frequently than white patients. Some have attributed this to a lack of access to LE revascularization procedures by African American patients. To determine the likelihood that racial disparities in amputation rates are related to treatment choice, this study examines rates of primary amputation (major amputation without any previous attempt at revascularization) and repeat amputation. DESIGN AND SETTING: Two-step case-control study, reviewing experience at a large midwestern teaching hospital. First, administrative discharge data for all 1127 patients undergoing LE arterial bypass graft, angioplasty, or major amputation from January 1, 1995, to February 1, 2000, were used to analyze racial differences in the risk of admission for major amputation vs revascularization. Medical records were then reviewed for an approximate full sample of 60 African American major amputees and a random sample of 60 (two thirds of the total) white major amputees. Racial disparities in frequency of primary and repeat amputation were analyzed, controlling for age, sex, and diabetes mellitus status. OUTCOME MEASURES: Among all patients admitted for LE ischemia, outcome measures were the odds of amputation vs revascularization, and among a sample of African American and white amputees, the odds of primary vs repeat major amputation. RESULTS: Among all patients hospitalized for LE ischemia, African American patients were younger (P<.05), more often female (P<.01), and more likely to undergo major amputation (odds ratio, 1.68; P =.005). However, after adjusting for age, sex, and diabetes mellitus prevalence, the analysis revealed an equal likelihood of primary amputation among African Americans and whites. Repeat amputees were 2.5 times more likely to be African American than white (P =.04). CONCLUSION: The racial disparity at the study institution was primarily due to African American patients undergoing repeat major amputation at a significantly higher rate than whites.

Black or African American↗
PubMed2003

Responses to amputation of denervated ambystoma limbs containing aneurogenic limb grafts.

The developing neural tubes and associated neural crest cells were removed from stage 30 Ambystoma maculatum embryos to obtain larvae with aneurogenic forelimbs. Forelimbs were allowed to develop to late 3 digit or early 4 digit stages. Limbs amputated through the mid radius-ulna regenerated typically in the aneurogenic condition. Experiments were designed to test whether grafts of aneurogenic limb tissues would rescue denervated host limb stumps into a regeneration response. In Experiment 1, aneurogenic limbs were removed at the body wall and grafted under the dorsal skin of the distal end of amputated forelimbs of control, normally innervated limbs of locally collected Ambystoma maculatum or axolotl (Ambystoma mexicanum) larvae. In Experiment 1, at the time of grafting or 1, 2, 3, 4, 5, 7, or 8 days after grafting, aneurogenic limbs were amputated level with the original host stump. At 7 and 8 days, this amputation included removing the host blastema adjacent to the graft. The host limb was denervated either one day after grafting or on the day of graft amputation. These chimeric limbs only infrequently exhibited delayed blastema formation. Thus, not only did the graft not rescue the host, denervated limb, but the aneurogenic limb tissues themselves could not mount a regeneration response. In Experiment 2, the grafted aneurogenic limb was amputated through its mid-stylopodium at 3, 4, 5, 7, or 8 days after grafting. By 7 and 8 days after grafting, the host limb stump exhibited blastema formation even with the graft extending out from under the dorsal skin. The host limb was denervated at the time of graft amputation. When graft limbs of Experiment 2 were amputated and host limbs were denervated on days 3, 4, or 5, host regeneration did not progress and graft regeneration did not occur. But, when graft limbs were amputated on days 7 or 8 with concomitant denervation of the host limb, regeneration of the host continued and graft regeneration occurred. Thus, regeneration of the graft was correlated with acquisition of nerve-independence by the host limb blastema. In Experiment 3, aneurogenic limbs were grafted with minimal injury to the dorsal skin of neurogenic hosts. When neurogenic host limbs were denervated and the aneurogenic limbs were amputated through the radius/ulna, regeneration of the aneurogenic limb occurred if the neurogenic limb host was not amputated, but did not occur if the neurogenic limb host was amputated. Results of Experiment 3 indicate that the inhibition of aneurogenic graft limb regeneration on a denervated host limb is correlated with substantial injury to the host limb. In Experiment 4, aneurogenic forelimbs were amputated through the mid-radius ulna and pieces of either peripheral nerve, muscle, blood vessel, or cartilage were grafted into the distal limb stump or under the body skin immediately adjacent to the limb at the body wall. In most cases, peripheral nerve inhibited regeneration, blood vessel tissue sometimes inhibited, but other tissues had no effect on regeneration. Taken together, the results suggest: (1) Aneurogenic limb tissues do not produce the neurotrophic factor and do not need it for regeneration, and (2) there is a regeneration-inhibiting factor produced by the nerve-dependent limb stump/blastema after denervation that prevents regeneration of aneurogenic limbs.

Ambystoma↗
PubMed2005

Risk factors for major limb amputations in diabetic foot gangrene patients.

We analyzed the clinical picture of diabetic foot lesion patients to investigate the risk factors for major limb amputations. The subjects were 210 diabetic foot lesion patients treated at our department over the past 9 years. The mean follow-up period was 604.5 [standard deviation (S.D.) 451.2] days with a median value of 492 days. There were 113 men and 97 women. By the final follow-up day, 18 underwent bypass surgeries (9%) and 13 skin grafts (6%), while 110 patients (52%) finally required limb amputation. The breakdown was 45 major amputations above or below the knee and 65 minor amputations of the toes or metatarsals. The outcomes of the major amputations were retrospectively analyzed by group. The blood glucose control was poor in all 45 major amputees, and their mean HbA1c (8.80%) was higher than that in the minor or non-amputation group (7.79%, P = 0.035). In the major amputation group, two patients had loss of vision due to retinopathy, and 30 patients received long-term hemodialysis due to nephropathy. The rate of arteriosclerosis obliterans (ASO) was higher in the major amputation group than in the minor or non-amputation group, and arteriography showed significantly high rates of multiple stenosis. Multivariate analysis of these results by the proportional hazard model showed that ASO with multiple stenosis (hazard ratio 3.23, 95% CI: 1.12-5.10), hemodialysis (2.14, 95% CI: 1.17-3.44), and HbA1c (1.20, 95% CI: 1.03-1.41) were independent risk factors for major amputation. The 3-year survival rate was 24.1% in the major amputation group and 93.0% in the minor or non-amputation group, and the life expectancy was significantly lower for the major amputees than the minor or non-amputees (P<0.0001). Together with early detection and treatment of foot lesions, good blood glucose control and early management of systemic complications such as nephropathy and arteriosclerosis are considered important to avoid major amputations.

Aged↗
PubMed2005

Lower extremity minor amputations: the roles of diabetes mellitus and timing of revascularization.

INTRODUCTION: Despite the frequent performance of minor foot amputations in patients with lower extremity vascular disease, little is known regarding the rate of conversion to major amputations and the role of bypass graft timing in relation to amputation. METHODS: Between January 1990 and December 2001, 670 patients underwent 920 minor amputations (interphalangeal, ray, or transmetatarsal) on 747 limbs. RESULTS: Of 670 patients, 468 were men (69.9%), 616 had diabetes mellitus (91.9%), and 137 (19.7%) had a serum creatinine level >2.0 mg/dL, of whom 92 were on dialysis (end-stage renal disease) (11.5%). Ipsilateral revascularization was performed < or =30 days before the initial amputation in 64.9% (485 of 747), whereas 9.8% (73 of 747) had a bypass < or =30 days postamputation. The initial amputation levels were 466 interphalangeal (62.4%), 159 transmetatarsal (21.3%), and 122 ray (16.3%). Operative 30-day mortality was 0.7% (6 of 920). Limb salvage was 89.8% at 1 year and 82.3% at 5 years. Diabetes mellitus had no impact on limb salvage (P = .61). Limb loss predictors included end-stage renal disease (odds ratio [OR], 1.72, 95% confidence interval [CI], 1.12 to 2.83, P < .01) and the need for transmetatarsal amputation as the initial procedure (OR, 1.62; 95% CI, 1.15 to 1.93; P < .01). Patients with revascularizations subsequent to an initial amputation had a significant increase in limb loss (OR, 2.11; 95% CI, 1.39 to 4.21, P < .005). Patient survival was 83.9% at 1 year and 43.5% at 5 years. Neither gender nor diabetes mellitus impacted survival; however, serum creatinine levels >2.0 mg/dL (5 years, 48.8% +/- 2.3% vs 23.9% +/- 4.2%, P < .0001) and the need for a major amputation < or =30 days (3 years, 60.8% +/- 2.1% vs 40.1% +/- 7.8%, P < .01) adversely affected survival. CONCLUSIONS: Although minor amputations can lead to limb preservation in most patients, the performance of a revascularization subsequent to amputation, transmetatarsal as the initial amputation, and end-stage renal disease are poor prognostic indicators. Inferior long-term patient survival is most closely associated with renal insufficiency and conversion to major amputation early after the initial procedure.

Amputation, Surgical↗
PubMedDate not supplied

Determination of amputation level in ischaemic lower limbs.

BACKGROUND: A properly performed amputation can not only be lifesaving for the patient, but may often be a better therapeutic alternative than an ill-conceived, futile attempt at a vascular reconstruction doomed to fail for lack of adequate recipient vessels. Currently there are no consistent criteria that can be applied before surgery. The purpose of the present investigation was to find a reliable method of determining the best amputation level in an ischaemic lower extremity. METHODS: In the present study the author has tried to devise a 'score' for distal run-off vessel patency as shown by the preoperative angiogram to determine the most appropriate amputation level. The author has reviewed the level of amputation on ischaemic lower extremities in the vascular surgery unit of the Austin and Repatriation Medical Centre (ARMC) over the last 5 years. Two hundred and two patients have undergone 232 lower extremity amputations at ARMC. RESULTS: The author used chi2 corrected testing and found a good correlation between the score and the level of amputation. The lower the score, the higher the level of amputations (chi2 = 289.23, P < 0.005). The author could predict that with a score of <12 a patient would probably need an above-knee amputation; for a score from 12 to 19, a below-knee amputation; for a score of 20-25 a forefoot amputation would be sufficient and for a score of>25 a toe amputation would be all that was required. CONCLUSION: The use of a scoring system dependent on the preoperative angiogram to assess the run-off vessel situation provides a practicable and direct way to help predict the level of amputation in an ischaemic lower extremity. However, it is not totally reliable and should be used as one of the factors to be considered when an amputation is required.

Amputation, Surgical↗
PubMed2004

[How frequent are diabetes-related amputations of the lower limbs in Germany? An analysis on the basis of routine data].

BACKGROUND AND OBJECTIVE: The total number of lower limb amputations in Germany as well as the frequency of lower limb amputations attributable to diabetes is unknown. Currently available estimates are based on regional studies resulting in different totals. The aim of this study was to perform a census of all lower limb amputations in Germany in order to obtain valid estimates of the number of amputations attributable to diabetes mellitus in Germany. PATIENTS AND METHODS: Hospital performance and expenditure statistics were used to obtain a comprehensive count of lower limb amputations. The number of amputations in diabetic patients as well as the number of diabetes-related amputations were assessed by calculating the proportion of diabetes among amputees as well as attributable amputations standardized to the age and gender distribution in Germany in 2001, using routine data from the Local Health Insurance Funds (AOK) as well as previous analyses from Germany. RESULTS: In 2001, 43,544 lower limb amputations and additional 3,981 revisions of amputations were performed in Germany. Among these almost 29,000 lower limb amputations were estimated to be performed in diabetic patients. More than 26,000 lower limb amputations per year were estimated to have been attributable to pre-existing diabetes mellitus. CONCLUSIONS: Lower limb amputations as a complication of diabetes mellitus are more frequent in Germany than previously estimated. Intensified prevention and therapy--as intended in disease management programs--are urgently needed to decrease the complications of diabetes and ultimately to reduce diabetes mellitus-related costs.

Adult↗
PubMed2006

Can transcutaneous oxygen tension measurement determine re-amputation levels?

OBJECTIVE: To review the preoperative transcutaneous oxygen tension (TcPO2) measurements in patients having major lower leg amputation, and also consider the re-amputation rate, wound infection and the definitive level of amputation. METHOD: A case-control study was performed in a consecutive cohort of 170 patients (1999-2003). Fifty-two patients underwent preoperative TcPO2 measurements (cases) and 118 patients did not (control). Multiple logistic regression analysis was performed to analyse independent risk factors associated with re-amputations. RESULTS: Primary and definitive (in case of a re-amputation) amputation levels were lower in the TcPO2 group, although this did not reach statistical significance. The number of re-amputations in the TcPO2 group was significantly higher: 15 versus 18 patients (p=0.039). Selection of an amputation level with aTcPO2 of 30mmHg resulted in a positive predictive value of re-amputation of 41% and a negative predictive value of 90%. A cut off value of 20mmHg resulted in 41% and 77% respectively. CONCLUSION: The use of TcPO2 measurements for major amputation level selection resulted in an increased rate of re-amputation. However, there was a trend in gaining a more distal definitive amputation level. Selection of an amputation level solely based on a TcPO2 value is unreliable.

Aged↗
PubMed2001

Major limb amputations in Seremban Hospital: a review of 204 cases from 1997-1999.

We conducted a retrospective study of 3 years duration beginning from the 1st January 1997 to the 31st December 1999 in order to identify the epidemiology of major limb amputations in Seremban Hospital. Two hundred and four patients were included in this study out of which 65.7% were male and 34.3% were female. The mean age of the amputees was 39.7 years old. Non traumatic amputations constitute 85.8% of the cases mainly due to diabetic ulcers or gangrene (91%) followed by peripheral vascular disease (7%) and malignancy (2%). Traumatic amputations represent 14.2% of the cases with road-traffic accident as the major cause (82.8%) followed by industrial accident (17.2%). Lower limb amputations were performed in 97.5% of the cases with below knee amputations as the commonest procedure (72%), followed by above knee amputations (27%) and Syme amputations (1%). Five patients had upper limb amputations done. Four of them were below elbow amputations while one had forequarter amputation done of the left shoulder. Of note, there were increasing number of amputations done over the last three years with alarming increasing trends of traumatic amputation. The three main risk factors for major limb amputations are diabetes mellitus, male gender and road traffic accident.

Adult↗
PubMed1978

Amputation after development of collateral circulation. An arteriographic study in rabbits.

The vascular changes in the amputation stump after amputation on an extremity which is vascularized by collaterals were studied by arteriography in adult rabbits. Amputation on the crus immediately after ligature of the femoral artery caused a retardation in the development of collaterals and a protracted vasoconstriction in the amputation stump. Osseous plugging of the medullary cavity in the amputation stump counteracted the vasoconstriction, and the development of collaterals was improved. When amputation on the crus was performed 3-6 days after ligature of the femoral artery, immediate function of the collaterals and a rapid dilatation of the arteries in the below knee amputation stump were seen, and 3--4 weeks postoperatively arteriovenous shunts developed in the stump. Amputation 7--10 weeks after ligature of the artery involved a more pronounced shunt development in the amputation stump. After amputation on the femur only slight differences were observed in the development of collaterals and the vascularization in the amputation stump compared with findings after amputation on the crus.

Amputation, Surgical↗
PubMed1982

Level selection in leg amputation for arterial occlusive disease: a comparison of clinical evaluation and skin perfusion pressure.

In 102 leg amputations for arterial occlusion including 84 below-knee (BK), 16 above-knee (AD) and 2 through-knee (TK) amputations, the amputation level was determined by means of clinical criteria. The healing results and the selection of levels were then compared with sealed preoperative measurements of the skin perfusion pressure (SPP). Out of 62 BK amputations with an SPP above 30 mmHg wound healing failed in only 2 cases (3 per cent). Out of 13 BK amputations with an SPP between 20 and 30 mmHg 7 cases (54 per cent) failed and out of 9 BK amputations with an SPP below 20 mmHg no less than 8 cases (89 per cent) failed to heal. The difference in failure rate is significant (P less than 0.0001). Out of the 15 failed BK amputations at low pressures (below 30 mmHg) only one case had local signs of ischaemia, which might have warned the surgeons. On the other hand, in 13 out of the 18 cases of primary AK (or TK) amputations there were clinical signs of ischaemia of the calf, comprising temperature demarcation, cyanosis and/or necrotic skin lesion. The SPP below the knee appeared in all these cases to lie below 30 mmHg. In the 5 other cases of primary AK (or TK) amputation the knee was sacrificed for reasons other than signs of local ischaemia, e.g. poor physical or mental condition. It was moreover found that the presence of pulsations in the popliteal artery indicated an 89 per cent chance of healing of BK amputations. Infection was present in 24 BK amputations (28 per cent) and equally frequent among diabetic and non-diabetic cases. The postoperative SPP measured on the stumps averaged only 5 mmHg (P less than 0.05) higher than the preoperative SPP explaining why the preoperative SPP related closely to the postoperative course. It is concluded that ischaemia at the BK election site cannot be ruled out by clinical assessment alone and that preoperative determination of the SPP can be used in determining the chance of healing in BK amputations.

Aged↗
PubMed2006

Predictive value of 99mTc-sestamibi scintigraphy for healing of extremity amputation.

PURPOSE: Although various non-invasive procedures have been proposed to determine the optimal level of amputation of limbs in patients who have vascular disease, currently there are no consistent criteria that can be applied before surgery. The purpose of this study was to determine whether (99m)Tc-sestamibi imaging can accurately predict the healing of amputation sites. METHODS: In a prospective study in 26 patients (21 men, 5 women; age range 23-94 years) presenting with ulcers or gangrene of the foot and hand, (99m)Tc-sestamibi imaging was performed preoperatively. The indications for amputation included gangrene (23 patients), electrical injury (2 patients) and trauma (1 patient) of extremities. Although the amputation levels were chosen according to clinical criteria and scintigraphic results, the final amputation level was defined by scintigraphic results. Two below-knee, one above-knee, 12 toe, 11 transmetatarsal, two phalanx, one finger and one thumb amputations and one shoulder disarticulation were performed. In four cases, the amputation defect was not suitable for coverage using a local dermal flap; rather, it was covered with free tissue transfer. Patients had clinical follow-up for 6-36 months (mean 11.69 months) to assess healing of the stump. Scan results were compared with clinical outcome to assess prediction of healing. RESULTS: There was healing in all amputations at the end of the follow-up period. When evaluated regarding preoperative (99m)Tc-sestamibi uptake pattern, there was no perfusion to the lesion site in 21 patients and perfusion to an area smaller than the extent of skin necrosis in four patients; thus, in these 25 patients, (99m)Tc-sestamibi scintigraphy suggested non-viable tissue in the extremities with clear-cut edges of perfused muscle tissue. Diffusely decreased uptake was seen below the left knee in one case. How scintigraphy changed management was analysed. The amputation levels proposed before scintigraphy were divided into two groups, "definite" (n=14) and "indefinite" (n=12), based on visual examination and Doppler findings. In nine patients in the definite group, the proposed amputation level before scintigraphy was not altered by the scintigraphic data. However, (99m)Tc-sestamibi scan enabled unnecessarily high amputation levels to be avoided in 12 patients in the indefinite group and in five patients in the definite group. Therefore, there was change in management of 65% of cases based on scintigraphic findings. CONCLUSION: Since healing of the stump was seen in all cases, outcome was correctly predicted by scintigraphy. This preliminary study supports the use of (99m)Tc-sestamibi scan in selecting the optimal amputation level consistent with subsequent stump healing.

Adult↗
PubMed2004

Lower limb amputations in Southern Finland in 2000 and trends up to 2001.

OBJECTIVES: To assess the current incidence of major lower limb amputations in Southern Finland and epidemiological trends during the last 17 years. MATERIALS AND METHODS: In a retrospective survey for the year 2000 patient data was gathered from hospital records in the eight surgical hospitals in the area studied. Follow-up was 1 year. Amputation data for years 1984-1995 was gathered from reports done before at the same area and amputation figures for years 1990-2001 also from the National Research and Development Centre for Welfare and Health. RESULTS: In year 2000, the incidence of major amputations was 154/million inhabitants. The reason for major amputation was chronic critical lower limb ischaemia in 71.8% and acute ischaemia in 16.5% of the cases. The below-knee (BK)/above-knee (AK) ratio was 0.76. After 1 year only 48% of the patients were alive. From 1984 to 2000 amputation incidence showed a decrease of 41%. The decline in age-adjusted amputation incidence from 1990 to 2000 was 30% and by 2001 as much as 40%. There was a significant inverse correlation both between incidence of infrainguinal bypass and amputation (r=-0.682, p=0.021) and between infrapopliteal bypass and amputation (r=-0.682, p=0.021). CONCLUSIONS: There was a reduction in the number of amputations in Southern Finland during the past 17 years. This occurred synchronously with the increase in vascular reconstructions. Our data suggests that vascular surgery saves patients from BK-amputations and therefore relative amount of AK-amputations inevitably rises.

Aged↗
PubMed2000

Performance of persons with juvenile-onset amputation in driving motor vehicles.

OBJECTIVE: To study the driving of motor vehicles by persons with juvenile-onset amputation and to compare the percentage of drivers among them with that found in the general population. DESIGN: A follow-up study of subjects who were younger than 18 years of age at amputation and who underwent one-sided amputation, covering the period 1976 to 1996. SETTING: The Prosthesis Service of the Asturias Central Hospital, Spain. SUBJECTS: A total of 236 juvenile amputee patients. RESULTS: The percentage of women with amputations who drive is lower than that of their male counterparts (p<.05). The percentage of drivers with upper limb amputations is greater than that of drivers with amputation of the lower limb (p<.05). Motor vehicle adaptations were used more frequently by people with upper limb amputations (p<.05). The ability to drive was not affected by the etiology or the side of amputation, or by the use of a prosthesis. The level of amputation affected driving ability in cases of amputation of the lower limb, but not in those of amputation of the upper limb. CONCLUSION: The percentage of persons with juvenile-onset amputation who drive (47.4%) is similar to that found in the general population (40.8%), and the use of a prosthesis does not have any influence on the capacity to drive a car--89.2% of drivers and 93.5% of nondrivers used a prosthesis.

Adult↗
PubMed1995

Prediction of amputation wound healing with skin perfusion pressure.

PURPOSE: The purpose of this study was to determine whether laser Doppler skin perfusion pressure (LD-SPP) could accurately predict amputation wound healing. METHODS: We studied a total of 62 limbs in 52 patients (28 men and 24 women) with a mean age of 62.2 years (range 34 to 93 years). From this, 39 limbs underwent major amputation (15 above-the-knee, 24 below-the-knee), and 23 limbs underwent minor amputations (4 transmetatarsal and 19 toes). There were five postoperative deaths, leaving a total of 57 limbs available for analysis. RESULTS: Three of 13 above-knee amputations failed to heal. Twenty-one of 23 below-knee amputations healed. Three of four transmetatarsal amputations failed to heal and eight of 17 toe amputations failed to heal. Binary table analysis showed that an LD-SPP value of 30 mm Hg or greater had a negative predictive value (healing occurred) of 90%. An LD-SPP value of less than 30 mm Hg at the amputation site had a positive predictive value (healing failure) of 75%, (p < 0.001, chi square analysis). For major amputations, negative predictive value was 100%, and positive predictive value was 83%, (p < 0.001). For minor amputations, negative predictive value was 75% and positive predictive value was 66.7%, (p < 0.09). CONCLUSION: These data support the use of the LD-SPP test in the selection of major amputation level consistent with healing in ischemic limbs. Further study of the value of this parameter in the determination of minor amputation wound healing is necessary.

Adult↗
PubMed2005

Major lower limb amputations in the elderly observed over ten years: the role of diabetes and peripheral arterial disease.

BACKGROUND: Major amputation is a dreaded event with high mortality and morbidity. However, few studies have investigated the epidemiology of amputation in the elderly over time, in the face of evolving management and prevention efforts. METHODS: We undertook a retrospective study to determine the incidence rate, etiology and prognosis of major lower limb amputations (transtibial or higher) in elderly patients (> 65 years). Cases were identified over a 10-year period in the Geneva (Switzerland) area, where all amputations are performed in a single center and reliable demographic data are available. RESULTS: The rate of amputation varied from 1.8 to 11.4/10000 patients/year, increasing with age and male gender. Diabetes was present in 48% patients, and conferred a 10 times higher risk of amputation. Severe peripheral arterial disease (PAD) was present in > 94% patients. The prognosis remains poor, 47% patients had died after two years and only 53% patients could be equipped with a prosthetic limb. Over 10 years we found a progressive increase in age at amputation; this encouraging increase was mostly accounted for by diabetic patients (> 6 months per year). CONCLUSIONS: The rate of amputation observed among elderly patients was low. Neither the rate nor the prognosis improved over the decade studied. However, the age at amputation increased by > 6 months/year, particularly in diabetic amputees, suggesting that current management successfully delays amputation. Amputations were almost exclusively performed for severe PAD. Further reduction in the rate of amputation will require progress in the prevention and management of PAD.

Aged↗
PubMed2004

Change in the amputation profile in diabetic foot in a tertiary reference center: efficacy of team working.

Diabetic foot is a serious complication of diabetes mellitus and the risk of lower extremity amputation is very high in this population when compared with people without diabetes. We have previously reported the lower-extremity amputation rate and significant factors in determining the risks for patients who had been admitted to Hacettepe University Hospital, a tertiary reference center for Turkey, between the years 1992 and 1996. In January 2000, a diabetic foot care team including an infectious diseases specialist, orthopaedic surgeons, endocrinologists, a plastic and reconstructive surgeon, a radiologist, and a diabetic foot nurse was assembled. To determine whether a change has occurred in the rate and the risk factors of lower extremity amputations after the establishment of this team, medical records of 66 patients (39 men, 27 women) with diabetic foot who had been admitted to Hacettepe University Hospital between 2000 and 2002 have now been retrospectively analysed. The grade distribution of diabetic foot according to Wagner classification was quite similar in the two studies (grade 1: 0 % vs. 4.5 %, grade 2: 15.6 % vs. 19.7 %, grade 3: 48 % vs. 33.3 %, grade 4: 24.4 % vs. 30.3 %, grade 5: 11.5 % vs. 12.1 % in the former and current study, respectively). The overall amputation rate in the current study was 39.4 % (36.7 % in the former study). Ray amputation (35 %) and below-knee amputations (30 %) were the two most commonly applied procedures. The rates of Syme, above knee, other amputations (i.e., Boyd, talonavicular amputations and partial calcanectomy) were 8 %, 8 % and 19 %, respectively. These data suggest that amputation is still a frequently encountered outcome for our patients with diabetic foot, but the amputation profile has changed. The implementation of a diabetic foot care team has relatively decreased the rate of major amputations in an attempt for limb salvage to improve the quality of life of the patients. Presence of osteomyelitis, peripheral vascular disease and gangrene still remain as significant predictors of amputation in our population.

Adult↗