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Biomedical subjects

A Pannike

Publications and source records attributed to A Pannike.

At least 19 recordsLinked to original sources
PubMed1995

[Electr(on)ic data processes in trauma surgery--"an old hat that still doesn't fit"].

Despite the application of data processing in medicine beginning almost 40 years ago and then employing the Hollerith-method until now no consent has been achieved to solve the problems that arise from the demands of jurisdiction concerning methodical proceedings and procedures in data processing in hospitals. Concerning this the hospitals' administrations are overstrained as are the clinical departments. The paper presented recalls empirical knowledge that has already been gathered long ago.

Electronic Data Processing↗
PubMed1994

[Electronic picture and data storage and processing with PC in trauma surgery--an anachronism?].

Acquisition, storage and processing of any images relevant in trauma surgery together or in combination with (alpha) numeric data nowadays are possible employing a personal computer. The computing speed that is achieved with 486 cpu's "inside" is sufficient to process images in motion as well as single images to be filtered. The display and process-resolutions required for processing of X-ray-images can be achieved with the PC's hardware as well as with the software available. That is why there is no need any longer for special configurations for X-ray-departments. Calculating the price of the process-environment proposed, about 25,000 DM should be enough including the video tape recorders and the CD-ROM-recorder that are required.

Computer Peripherals↗
PubMed1994

[Forearm fractures in children].

A total of 285 children out of an 8 year period with fractures of the forearm were studied. Of these 175 (62.2%) had a fracture of the distal radius and 51 (18.2%) had a fracture of the distal forearm and there were 42 (14.7%) fractures in the middle or proximal third in this region. Three children with injuries of the distal radial epiphysis had to be treated by percutaneous wire fixation. Except for 2 cases who needed surgery all severe dislocated forearm fractures could be treated by closed reduction. In all cases the children were immobilized with a long upper arm cast for 3 to 4 weeks. Follow-up examinations up to 6 years after injury showed excellent results in distal forearm and distal radial fractures whereas results were only satisfactory in midshaft forearm fractures.

Adolescent↗
PubMed1993

[CORSET, experience with a new method of graft saving tissue replacement in large soft tissue defects].

Following the proposal of Oedekoven we investigated the method of continuous and rapid skin enlargement by dynamic traction (which we named the CORSET-method) at the border of wounds, applied through elastic silicon rubber bands. Since March 1992 we operated more than 20 patients. By means of the "rubber bands" mentioned above soft tissues can be stimulated to grow, that is to say increase the area of skin that had to be treated with transplants priorily in order to close soft tissue defects following a compartment-syndrome or septic complications in the abdomic wall following operations in the abdomen. Applying the CORSET-method there is no risk of inflammation or soft tissue damage caused by the operation itself.

Adult↗
PubMed1992

[Roentgen studies of the skull in head injuries--a multicenter study].

The multi-center study presented reveals that 76% of the conventionally performed X-ray investigations of the skull can be avoided without any relevance concerning the non-diagnosis of severe injuries. Only in 3.2% of all patients investigated a skull X-ray had instantaneous therapeutically consequences. Thus routinely performed skull X-rays are no longer acceptable in the light of cost reduction and radiation load. The clinical-neurological investigations however are inevitable to perform the state of the art treatment of patients with head injuries today, leading to computerized tomography if necessary. A check-list of clinical findings is presented to get the indications for conventional X-rays of the skull and to manage an effective use of such investigations in appropriate clinical situations.

Adolescent↗
PubMed1992

[Sensible and senseless application of scores].

Classifications, indices, and scores are only sensible if used as an addition, but not as substitutes for clinical findings and technical data (R. Gross). Although a number of trauma scores valid for special aspects already has been developed, a general score which promoter unrestricted validity and can be understood and handled easily by clinicians is still missing. The questions under discussion are whether incomparability and incompatibility of the facts to be evaluated is altogether basically impossible or which prerequisites may advance realisation.

Evaluation Studies as Topic↗
PubMed1992

[Multiple trauma management: reliable documentation of the 1st phase supplying a standardized, machine-readable encounter sheet for the emergency rescue team].

Adjust preclinical treatment is an inevitable compound of polytrauma-management. Instantaneously applied expert therapy of the traumatic shock and acutely performed diagnosis of the pattern and dignity of injuries often are crucial for the patients' outcome. Precise documentation of the first phase of treatment thus gains importance for clinical investigations to come and for questions put scientifically. Applying data processing with data input through an optical mark reader a standardized encounter sheet, that proved to be usable as a checklist, has been developed in our hospital for the emergency-rescue-team. Being simple to use and handy to fill out it serves as a clinical record as well as a means for direct data input to a personal computer. The encounter sheet is presented in this paper together with first results of the application in daily routine.

Adolescent↗
PubMed1991

[Electronic data processing in the hospital: current status, options, "branch packets", customer-specific software and users' needs].

Data management in hospitals used to be the data management of the hospital-management in the last 15 years, not however the data management the doctors performed. The acceptance for electronic means slowly rising more software is used in the clinics today but still by the doctors privately. Software specialists have registered the growing market available for their products. That is why the danger to accept even unusuable software rises every day, as unexperienced software-beginners as doctors mostly are often relied on offers without being told about their dignity and usefulness.

Electronic Data Processing↗
PubMed1991

["Scoring"--benefits and pitfalls].

Problems of calculations and predictions on more than two particles moving are known in mathematics and physics since a long time already. However in medicine as there is lack of knowledge about the complexity of the pathophysiological behaviour of "systems" doctors tend to invent scores, scales and indices to make parameters more intelligible to them without concern on underlying interdependencies and redundancies. There is nothing to say against this kind of proceeding as long as the resulting data are not processed statistically. However, since the personal computer was invented there was and especially today is no need to summarize data any longer to gain the degree of understanding, in the contrary, the only data that really count are those that are processed correctly according to statistics, and thus doctors do not have to keep an eye any longer on incomplete intermediate results.

Computer Graphics↗