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Biomedical subjects

S Hikida

Publications and source records attributed to S Hikida.

10 recordsLinked to original sources
PubMed1996

An automated and portable low-flow pulsatile perfusion system for organ preservation.

While machine preservation reduces the incidence of delayed graft function in renal transplant recipients, it is only used in 10% of kidney transplantations. The performance of our portable, low-flow-pulsatile organ perfusion system was examined in a canine kidney autotransplantation model. Grafts were stored for 72 h by simple cold preservation in University of Wisconsin (UW) solution, or by high or low-flow machine preservation After preservation, the grafts were autotransplanted and the animals were followed for 15 days. Graft function was better in machine-preserved kidneys. Tissue biochemistry indicated that machine preservation resulted in higher levels of adenine nucleotides and better histological integrity than the cold storage. While histology and biochemistry of machine-preserved groups were similar, electromicroscopy of high-flow grafts showed mild accumulation of intravenous debris and endothelial swelling. This study shows that a simplified machine perfusion technique is effective for organ preservation.

Animals↗
PubMed1991

Multiple organ failure (MOF) after intestinal operations--a clinical and statistical study of the past 5 years.

Multiple Organ Failure that occurred in 35 cases out of a total of 1498 cases after intestinal surgery were studied by an analysis of the clinical and statistical data from the past 5 years (1984-1988). 1. The incidence of MOF after intestinal surgery was 2.3%. 2. Twenty-eight of MOF resulted from severe infections. 3. The incidence of infection was highest after esophageal operations. 4. Hepatic failure was the most common type of primary organ failure and renal failure was the second most common. 5. The prognosis for MOF was very poor with a survival rate of 8.7%.

Digestive System Surgical Procedures↗
PubMed1991

[Surgical infection and its backgrounds].

The backgrounds of surgical infection of esophageal cancer patients are studied for host factors (relation of nutrition and immune response) and parasite factors surgical parts which are easily contaminated, the differences of serum concentration with 3 methods of antibiotics administration, and the relations about the bacteria in mouth and upper esophagus in operation and bacteria which were found in the respiratory system after operation). The results are as follows. The preoperative nutritional support was effective to rapid recovery of cytological immune functions. But in the post-operative infected cases, immunological recovery delayed and they nutritionally needed BCAA, glutamine, and essential fatty acids. For the study of parasite factors, surgical wounds (neck, chest wall, abdominal wall) were more easily contaminated than other parts except digestive tract. Continuous administration of antibiotics, 1g/hr x 4 was most excessive in three methods. The bacteria in the mouth and upper esophagus in operation and those in airway after operation, were not correlated. Furthermore, antibiotics-resistant bacteria which were Pseudomonas, MRSA were found in the airway. These results indicate that nutritional support is important for the host defense system and antibiotics should be administered considering each operative process. And about the postoperative respiratory infection, protection of hospital infection is important.

Bacterial Infections↗