This work aims to study the development of the pericarp of the fruit of Elaeis guineensis Jacq. var. dura. The thickness, the water and the oil contents of its tissues are evaluated every two weeks, from pollination t...This work aims to study the development of the pericarp of the fruit of Elaeis guineensis Jacq. var. dura. The thickness, the water and the oil contents of its tissues are evaluated every two weeks, from pollination to the maturity of the fruit. The development of the oil palm fruit takes 5.5 months. The endocarp reaches its maximum thickness at the 70th DPP （day post-pollination）, with a water content of 72%. It then starts its dehydration, while sclerifying. It therefore isolates the seed at start and later protects it. The mesocarp is visible at anthesis and its water content is close to 92%. From the 100th DPP, it begins a continuous dehydration associated, from the 130th DPP, with an active lipids biosynthesis. Ultimately, the pericarp of the oil palm fruit fulfills both functions, namely to protect the seed by early sclerification of the endocarp and ensure the dissemination of the species by the high oil content of the mesocarp. A comparative anatomy of the pericarp tissues of the three genotypes.of E. guineensis Jacq., during the first three weeks of fruit development, will enhance the understanding of the primary effect of sh gene.展开更多
SITUSinversus totalis is uncommon anatomic anomaly, with gallbladder on the left side} Since the first known laparoscopic cholecystectomy in a patient with situs inversus has been reported by Camposand Sipes in 1991,2...SITUSinversus totalis is uncommon anatomic anomaly, with gallbladder on the left side} Since the first known laparoscopic cholecystectomy in a patient with situs inversus has been reported by Camposand Sipes in 1991,2 there have been only approximately 40 cases of laparoscopic cholecystectomy performed in patients with situs inversus reported in the published literatures.3＇ 4 These cases may cause difficulties in the diagnostic and therapeutic management due to the mirror-image anatomy during operation, which requires more technically procedures and needs reorientation of visuomotor skills to the left upper quadrant. We herein discuss technical and diagnostic difficulties and review the literatures.展开更多
文摘This work aims to study the development of the pericarp of the fruit of Elaeis guineensis Jacq. var. dura. The thickness, the water and the oil contents of its tissues are evaluated every two weeks, from pollination to the maturity of the fruit. The development of the oil palm fruit takes 5.5 months. The endocarp reaches its maximum thickness at the 70th DPP （day post-pollination）, with a water content of 72%. It then starts its dehydration, while sclerifying. It therefore isolates the seed at start and later protects it. The mesocarp is visible at anthesis and its water content is close to 92%. From the 100th DPP, it begins a continuous dehydration associated, from the 130th DPP, with an active lipids biosynthesis. Ultimately, the pericarp of the oil palm fruit fulfills both functions, namely to protect the seed by early sclerification of the endocarp and ensure the dissemination of the species by the high oil content of the mesocarp. A comparative anatomy of the pericarp tissues of the three genotypes.of E. guineensis Jacq., during the first three weeks of fruit development, will enhance the understanding of the primary effect of sh gene.
文摘SITUSinversus totalis is uncommon anatomic anomaly, with gallbladder on the left side} Since the first known laparoscopic cholecystectomy in a patient with situs inversus has been reported by Camposand Sipes in 1991,2 there have been only approximately 40 cases of laparoscopic cholecystectomy performed in patients with situs inversus reported in the published literatures.3＇ 4 These cases may cause difficulties in the diagnostic and therapeutic management due to the mirror-image anatomy during operation, which requires more technically procedures and needs reorientation of visuomotor skills to the left upper quadrant. We herein discuss technical and diagnostic difficulties and review the literatures.
