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您的检索式：作者名="Sarah Hendriks"
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| 1 | Liver sinusoidal endothelial and biliary cell repopulation following irradiation and partial hepatectomy显示文摘AIM: To investigate whether irradiation (IR) and partial hepatectomy (PH) may prepare the host liver for nonparenchymal cell (NPC) transplantation.METHODS: Livers of dipeptidyl peptidase(DPP)-deficient rats were pre-conditioned with external beam IR (25 Gy) delivered to two-thirds of the right liver lobules followed by a one-third PH of the untreated lob-ule. DPP-positive liver cells (NPC preparations enriched for liver sinusoidal endothelial cells (LSECs) and hepatocytes) were transplanted via the spleen into the recipient livers. The extent and quality of donor cell engraftment and growth was studied over a long-term interval of 16 wk after transplantation.RESULTS: Host liver staining demonstrated 3 different repopulation types. Well def ined clusters of donor-derived hepatocytes with canalicular expression of DPP were detectable either adjacent to or in between large areas of donor cells (covering up to 90% of the section plane) co-expressing the endothelial marker platelet endothelial cell adhesion molecule. The third type consisted of formations of DPP-positive duct-like structures which co-localized with biliary epithelial CD49f.CONCLUSION: Liver IR and PH as a preconditioning stimulus enables multiple cell liver repopulation by donor hepatocytes, LSECs, and bile duct cells. | Petra Krause Margret Rave-Frank Hendrik Andreas Wolff Heinz Becker Hans Christiansen Sarah Koenig | 2010 | World Journal of Gastroenterology2010，16，31： | 2 |
| 2 | Development of a Clinical Score (A2DS2) to Predict Pneumonia in Acute Ischemic Stroke 显示文摘 | Sarah H Uwe M Hendrik H | 2012 | Stroke2012，43，10： | 1 |
| 3 | Development of a Clinical Score (A2DS2) to Predict Pneumonia in Acute Ischemic Stroke显示文摘 | Sarah Hoffmann Uwe Malzahn Hendrik Harms Hans-Christian Koennecke Klaus Berger Marianne Kalic Georg Walter Andreas Meisel Peter Ulrich Heuschmann | 2012 | Stroke2012，，10： | 1 |
| 4 | Endoscopic telemicrosurgery or minimally invasive robotically-assisted microsurgery for peripheral nerve repair显示文摘Microsurgery comprises a variety of surgical procedures such as neurovascular anastomoses,performed under optical magnification and with fine instrumentation.While refinements have been made since its advent in the 1960s,robotics offers the potential for major technological advancement.Endoscopic telemicrosurgery is minimally invasive,robotically-assisted microsurgery.This technique removes some limitations of conventional microsurgery and enhances visual and manual dexterity.Vision is enhanced through greater magnification,three-dimensionality,and functionalization,all through an endoscopic view.Manual dexterity is improved by suppression of physiological tremor and tremor filtration,while permitting useful enhancement of movement amplitudes and tactile feedback forces.Furthermore,better endoscopic ergonomics,new hand tools and the ability for multi-manual and remote work,confer a distinct advantage.Endoscopic telemicrosurgery is already in clinical use.Some of the advantages above are incorporated into the DaVinci®robot,that is,used in brachial plexus surgery.Conventional brachial plexus surgery requires large incisions for exploration and neurotization,with its attending risks of unsightly scars,prolonged hospital stay,sepsis,and perineural adhesions that interfere with nerve regrowth.Endoscopic telemicrosurgery limits the incisions and these risks,with minimal compromise.Endoscopic telemicrosurgery,through the amplification of human capabilities may pave the way for a major advancement in the microsurgical field. | Satoshi Ichihara Sybille Facca Frédéric Bodin Sarah Hendriks AndréGay Philippe Liverneaux | 2015 | Plastic and Aesthetic Research2015，2，1： | 0 |
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