Open access

正Aims and Scope:GPB publishes high-quality papers from the frontier research in the fields of genomics,proteomics,and bioinformatics.GPB's featured research areas include:Genomics:large-scale data acquisition,integrated studies and technology developments,concerning genome structures,variations,repeat contents and evolution.Other'omics'fields:epigenomics(DNA modifications,nucleosome positioning,histone     

Open access

Scientific communication is a misnomer. The process of scientific publication is much less a forum where information is exchanged for information than a market where information is exchanged for attention. Nevertheless, the exchange of information for attention is a somewhat peculiar market, since it seems much more natural to sell the information one has produced laboriously for money. Why publish a discovery, why share it with other researchers when knowledge is power?     

Open laparoscopy

Many of the complications of conventional closed, or sharp, laparoscopy result from the use of insufflation needles and sharp trocars. These instruments are not essential elements of the technique as laparoscopy can be easily performed with a small umbilical incision, entering the abdomen under direct vision. This variation is called open laparoscopy. Open laparoscopy eliminates the possibility of insufflation-needle and trocar injuries and lessens the probability of failed laparoscopy attempts and postoperative herniations. Furthermore, physicians performing open laparoscopy can become comfortably proficient in the technique faster than they can in closed laparoscopy because open laparoscopy utilizes standard and familiar surgical technique. Open laparoscopy can be easily performed under local anesthesia, particularly for female sterilization. The technique is suitable for the outpatient setting based on considerations of safety and reliability.     

Open otoplasty

The fundamental challenge in correcting protruding ears is to create an anthelix fold that has a natural appearance: evenly rounded and without sharp edges. More or less favorable results have been reached using different methods of excision, superficial incision, suturing, and cartilage tubing. A good method must also fulfill some additional requirements. It must be simple and not too time-consuming. In addition, it should be comfortable for the patient, easily adapted to different anatomical conditions, and have a minimal recurrence rate. The following technique to be described has been used by the author for more than 30 years. He has operated on approximately 870 patients with the open technique. In this article, the last 80 consecutive patients are reported after their follow-up visits. Over the years, the technique has been modified in some details. The auricular cartilage is incised along the lateral border of the anthelical fold. The entire anterior surface of the anthelix is dissected free and abraded. The cartilage bends backward, and a natural anthelix fold is created.