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At least 19 recordsLinked to original sources
PubMed1979

[Non-invasive determination of oxygen saturation with the oxygenmet pulse wave oximeter on fingers, metacarpus and wrist of infants. Comparison with the oxygen saturation calculated from the pH and pO2 of the blood gas analysis (author's transl)].

Oxygen saturation was determined non-invasively with the oxygenmet pulse wave oximeter 1471 and mathematically from the pH and pO2 of the blood gas analysis. The determination of the oxygen saturation by the aid of the oximetric method was carried out on fingers, metacarpus and wrist of 80 infants (male = 44, female = 36 - ages: 1 day - 1 year and 8 months). Blood gas analysis was done just behind the oximetric analysis and oxygen saturation was calculated from the pH and pO2. The comparison of the oxygen saturations determined non-invasively on fingers, metacarpus and wrist among themselves, showed no statistical significant differences. Also no statistical significant differences were observed between the results obtained with the pulse wave oximeter and the results calculated from the blood gas analysis. The comparison of the oxygen saturations determined with the oxygenmet oximeter (mean of fingers, metacarpus, wrist) with the oxygen saturations calculated from the blood gas analysis showed a very close correlation. The correlation coefficient was 0.930.

Blood Gas Analysis↗
PubMed1985

[Results of surgical treatment of fractures of the metacarpus and fingers].

Ninety-one patients with 108 fractures of the metacarpal and/or finger bones were treated by surgery between January 1974 and June 1982. 70 patients (76.9%) with 81 surgically treated fractures could be checked up after 3 3/4 years on an average. 24.3% out of these patients suffered from associated soft tissue leasions, 25.7% suffered from multiple fractures. 41 out of the 81 surgical interventions were performed for fractures of the metacarpus and 40 for fractures of the finger bones. The results were classified according to an evaluation scheme established for this purpose and containing the following parameters: mobility, trophism and sensitivity, gripping functions, force, and X-ray findings. Subjective troubles were evaluated, too. The great value of osteosynthesis in the surgical treatment of the hand is confirmed by the overall results with 92% of very good or good results and 7% of satisfactory results in metacarpal fractures and 60% of very good or good results, 36% of satisfactory results and 3% of poor results in fractures of the finger bones, the more as patients treated by surgery represent a negative selection among all patients treated for fractures of the bones of the hand. The results were classified and evaluated according to fracture site, severity of associated injuries, and method of osteosynthesis applied.

Adolescent↗
PubMed1992

Effects of treadmill exercise on cortical bone in the third metacarpus of young horses.

The effects of exercise and relative inactivity on cortical bone were compared in young horses. Two groups were used; one was given a 14-week programme of exercise (n = 6) and the other kept as unexercised controls (n = 6). The first nine weeks of exercise involved trotting and cantering (2 to 4 km d-1 at speeds up to 12 m s-1) on a treadmill set at an incline of 3 degrees. Over the next five weeks the horses were trained at near maximal speeds (that is, up to 14.5 m s-1) with no incline of the treadmill. At the end of the programme marked differences in cortical porosity and distribution of subperiosteal osteogenesis at the mid-shaft of the third metacarpal bone were found between the groups. Histomorphometrical examination of the dorsal cortex showed minimal bone remodelling in the exercised horses, but extensive modelling as evidenced by the large amount of subperiosteal bone formation. In contrast, the unexercised horses had significantly more bone remodelling and less formation of subperiosteal bone. The histomorphometric and microradiographic findings provided an explanation for changes in the non-invasive bone measurements that occurred during training. Bone mineral content of the mid-metacarpus was found to increase more in the exercised than the unexercised horses despite a lower overall growth in bodyweight. In those horses that completed the full training programme, ultrasound speed increased significantly by the end of the training programme. It remained unchanged in the horse that did not complete the full exercise programme and decreased slightly in the unexercised horses. The difference in ultrasound speed between the groups was considered to reflect differences in intracortical bone porosity, endosteal bone formation and alterations in skin thickness. The stiffness of cortical bone increased significantly in the exercised horses but remained unaltered in the unexercised horses.

Alkaline Phosphatase↗
PubMed1975

Gunshot and fragment wounds of the metacarpus.

Based on a study of 120 gunshot and fragment wounds of the metacarpus, we conclude that these wounds should be debrided and subjected to delayed closure technics. Even relatively low-velocity missiles may cause serious damage. Metacarpal stabilization with Kirschner wires may be done with impunity to obtain proper alignment, rotation, apposition, and length, in that order of priority. Immediate muscular activity is beneficial. Reconstructive procedures must be individualized to each case and should be considered technically difficult to perform.

Adult↗
PubMed1990

[Morphology of the immature radius and metacarpus in horses and the relationship to bone infection and osteochondrosis].

In chondro-osseous disease in the foal there are three main categories of lesions: (i) synovitis alone (type S), (ii) synovitis accompanied by osteomyelitis originating in the epiphysis of the juxta-articular bone (type E) and (iii) synovitis accompanied by osteomyelitis originating directly adjacent to the physis of the juxta-articular bone (type P). Observations made in studies of the immature radius and metacarpus provide an explanation for the apparent predisposition of some joints for this disease. Relevant clinical and therapeutical aspects are discussed.

Animals↗
PubMed1977

[Therapeutic possibilities malformations of the metacarpus].

The most common deformities of the metacarpus occur in conjunction with poly- and oligodactyly. The authors first refer to the most important operations in treating these deformities and emphasize that in certain cases solitary resection of surplus fingers is not enough: in addition, outgrown articular process must be removed, bent metacarpals osteotomised and capsular defects closed. The treatment of oligodactylic hands is made difficult by cutaneous and osseous syndactyly. The operating surgeon should have sufficient experience in plastic surgery to be able to take care of severe adduction contractures of the thumb with constriction of thumb commissure. For aplasia and hypoplasia in the thumb ray the already proven index finger pollizisation is thetherapy of choice. Triphalangeal thumbs are operated according to the same principles. On the other hand in brachyphalangeal thumbs commissure increase and correction of the clinodactylia are of prime importance. Phalangisation is very rewarding in certain forms of synbrachydactyly. In some deformities only the thumb is present. In these cases we recommend an opposition post built out of a tubed flap and autogenous bone graft. Some examples of defective hands surgically treated are shown.

Congenital Abnormalities↗
PubMed1977

Telemetric measurements of strain in the metacarpus of the horse: a pilot study.

The advances made by the use of a telemetric system in the study of bone strain in a free-moving horse are reported. A rosette strain gauge was bonded to the craniomedial aspect of the metacarpus of the horse. Attachment of a miniature FM transmitter to lead wires facilitated telemetric transmission of of resistance changes which corresponded to limb movement. During 3 different gaits, the trace pattern remained similar, although frequency and amplitude varied. The tracings were similar to those reported in other species in which nontelemetric transmission was used.

Animals↗
PubMed1975

Nerve distribution in the metacarpus and front digit of the horse.

The nerve distribution to the digit of the horse was studied with the compound microscope in serial transverse sections of fetal limbs and plotted on life-size outlines of the horse's foot. It was learned that there is much variation in the topography of the branches of the principal nerves. There is no mirror-image nerve distribution on the 2 sides of the foot. The dorsal branch of the ulnar nerve does not extend below the fetlock. The communication between the palmar metacarpal nerves and branches of the dorsal branch of the digital nerves is only a crossing of nerves without exchange of fibers. The palmar metacarpal nerves usually do not innervate structures distal to the pastern joint. The innervation of the deep structures of the equine foot was tabulated.

Animals↗
PubMed1991

[Treatment of severe callus of the metacarpus and phalanges. Indications and results apropos of a series of 38 patients].

Severe deformities of metacarpals and phalanges, whether isolated or associated with soft tissues lesions impair the hand function and are to be corrected. The authors initial proposal was the fixation after corrective osteotomy by wiring which have been proved to be suitable in the treatment of recent fractures. This technique was used in 25 cases out of 38 treated malunions with 21 satisfactory results. 4 poor results were related to associated lesions of the soft tissues more than to the osteotomy itself. The other 13 malunions were treated by several techniques arthrodeses, callus resections, dynamic splintage, osteotomies with satisfactory results.

Bony Callus↗
PubMed1990

[Fracture of the base of the first metacarpus].

The authors report a group of 73 cases of fractures of the base of the first metacarpal treated between 1974 and 1989. Fifty-three articular fractures (73%) and 20 non-articular fractures are described. Sixty-eight patients were treated surgically: 49 diverging pin insertions were used, 15 Lars Thoren technique, 5 rigid osteosyntheses with AO miniaturized material. Forty-two patients were seen again after one year or more. We classify the results as follows: very good: 29 (69%), good: 10 (24%), bad: 3 (7%). The relative simplicity, the reliability and the good results of the double diverging pin insertion lead the authors to apply this method in most fractures of the base of the first metacarpal, either articular or extra-articular.

Adolescent↗
PubMed1990

Osteoid osteoma of the metacarpus. A case report.

The authors present a case of osteoid osteoma which is of interest not only because of the extreme rarity of its localisation in the 1st metacarpal, but also because of its unusual clinical features. These consisted of atypical pain, which was constant and did not respond to salicylates. There was marked local reaction, particularly in the soft tissues surrounding the 1st metacarpal, with a fine superficial venous reticulum. It was possible to follow the complete radiographic development of the tumour from its earliest stage to its final rather atypical appearance, and this allowed us to make the presumptive diagnosis without dependence on other more sophisticated methods.

Adult↗
PubMed1989

[Bone healing after oblique osteotomy of the metacarpus in 6-week-old calves after conservative treatment or osteosynthesis].

Bone healing in infants treated by a rigid osteosynthesis of AO type showed mostly a marked periosteal and endosteal callus formation. In adults a callus formation is seldom seen and primary bone healing is mainly based on direct conduction of Havarian channels. Periosteal callus formation is even judged as a sign of instability in adults. We did à 2:1 osteotomy of the right metacarpal bone in 48 calves of 6 weeks of age. The treatment consisted in reposition and a plaster (6) in osteosynthesis with a metal screw of AO type (6) or a biodegradable screw of polylactid (36). The animals were sacrified 1-6 weeks postoperatively and a histological study was done in a comparative way based on the most common criteria in the literature of osteology and traumatology. In calves bones healing takes about 4-6 weeks even if the treatment is conservative or if there is a progressive dislocation in the first two postoperative weeks. A periosteal and endosteal callus formation is seen in every instance, even after interfragmentary compression by metal or biodegradable screws. All the results of biodegradable screws are at least as good as with metallic screws, at least in the growing skeleton. The force applied for interfragmentary compression does not lead to primary bone healing in the growing skeleton of young calvess.

Animals↗