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| 1 | Habitat fragmentation alters predator satiation of acorns显示文摘Aims Acorn weevils(Curculio spp.),endoparasitic granivorous insects,impede recruitment of fagaceous trees,and in turn affect community structure and ecosystem functioning.Previous studies have made considerable progress in elucidating local factors that contribute to seed predation by acorn weevils,but it is still not clear how habitat configurations interplay with local factors in influencing Curculio predation.In this study,we assessed the roles of crop size,landscape configurations(area and isolation)and their interactions on the predation rate of seeds by acorn weevils.Methods We studied acorn weevils feeding on the seeds of Castanopsis sclerophylla(Fagaceae)on two peninsulas and nine islands with varying areas and isolation levels in the Thousand-island Lake in Chun’an County,Zhejiang Province of China.Overall,crop size was estimated for 130 trees and predation status was assessed for 26207 seeds from these trees during two years.Generalized linear mixed models were performed to clarify how island area and isolation interplayed with crop size to determine predation rate on a single tree.Important Findings A negative relationship was detected between crop size and seed predation rate,indicating predator satiation at the tree level.This suggests that acorn weevils tend to stay sedentary once they have arrived at a suitable habitat.Habitat fragmentation had significant effects on seed predation such that predation rate was higher on larger,less isolated islands.Furthermore,the relationship between crop size and predation rate was significantly changed by both island area and isolation.This finding highlighted that the effects of habitat isolation might be overlooked relative to those of habitat loss. | Xin Tong Yu-Xuan Zhang Rong Wang Moshe Inbar Xiao-Yong Chen | 2017 | Journal of Plant Ecology2017，10，1： | 3 |
| 2 | Ductal carcinoma in situ of the breast in Israeli women treates by breastconserving surgery fol- lowed by radiation therapy显示文摘 | Irina J Benjamin C Inbar Moshe I | 2009 | Oncology2009，76，1： | 1 |
| 3 | Erosion processes in high mountain agricultural terraces in peru显示文摘 | Moshe Inbar Carlos A Llerena | 2000 | Mountain Research and Development2000，20，1： | 1 |
| 4 | Cytoreduction surgery with hyperthermic intraperitoneal chemotherapy in recurrent ovarian cancer improves progression‐free survival, especially in BRCA‐positive patients—A case‐control study显示文摘 | Tamar Safra Dan Grisaru Moshe Inbar Subhi Abu‐Abeid Danit Dayan Diana Matceyevsky Anat Weizman Joseph M. Klausner | 2014 | J. Surg. Oncol2014，，6： | 1 |
| 5 | The Role of Plant Rapidly Induced Responses in Asymmetric Interspecific Interactions Among Insect Herbivores显示文摘 | Moshe Inbar Hamed Doostdar Gary L. Leibee Richard T. Mayer | 1999 | Journal of Chemical Ecology1999，，8： | 1 |
| 6 | Elicitors of Plant Defensive Systems Reduce Insect Densities and Disease Incidence显示文摘 | Moshe Inbar Hamed Doostdar Ronald M. Sonoda Gary L. Leibee Richard T. Mayer | 1998 | Journal of Chemical Ecology1998，，1： | 1 |
| 7 | Ductal carcinomain situ of the breast in Israeli women treated by breast-conserving surgery followed by radiation therapy显示文摘 | Irina J Benjamin C Inbar Moshe I | 2009 | Oncology2009，76，1： | 1 |
| 8 | Antitumoral effects of cannabis in Notch1-mutated T-cell acute lymphoblastic leukemia显示文摘Dear Editor,In T-cell acute lymphoblastic leukemia(T-ALL),an aggressive hematologic cancer with poor clinical outcomes,more than 50%of cases show NOTCH1-driven transformation[1].The NOTCH1 receptor signaling pathway is activated through a series of proteolytic cleavages,ultimately causing the release of the active intracellular domain(NICD),which translocates to the nucleus where it promotes transcription of target genes involved in cell growth.The importance of NOTCH1 mutations in T-ALL has generated great interest in the development of anti-NOTCH1 targeted therapies.A new and promising emerging field in cancer treatment is medical cannabis.Accumulating evidence suggests the direct effects of cannabis on tumor progression in cell lines and animal models[2].Cannabis,and its unique secondary metabolites,known as phytocannabinoids,directly affect the propagation of cancer cells by modulating key cellsignaling pathways[3].We have previously demonstrated that different cannabis extracts,each containing a unique composition of metabolites,selectively impaired the survival of cancer cell lines depending on amatch between the chemical composition of the extract and the characteristics of the specific cancer cell line[4].In the present work,we set out to investigate whether cannabis extracts with unique phytocannabinoid profiles can selectively facilitate antitumor effects in T-ALL cells that harbor a Notch1 mutation. | Elazar Besser Anat Gelfand Gil Moshe Lewitus Hila Novak-Kotzer Shiri Procaccia Paula Berman Igal Louria-Hayon Inbar Shreiber-Livne Yishai Ofran David Meiri | 2023 | Cancer Communications2023，43，6： | 0 |
| 9 | Surface acoustic wave photonic filters with a single narrow radio-frequency passband in standard silicon on insulator显示文摘Integrated microwave photonic filters are becoming increasingly important for signal processing within advanced wireless and cellular networks.Filters with narrow transmission passbands mandate long time delays,which are difficult to accommodate within photonic circuits.Long delays may be obtained through slow moving acoustic waves instead.Input radio-frequency information can be converted from one optical carrier to another via surface acoustic waves and filtered in the process.However,the transfer functions of previously reported devices consisted of multiple periodic passbands,and the selection of a single transmission band was not possible.In this work,we demonstrate surface acoustic wave,silicon-photonic filters of microwave frequency with a single transmission passband.The filter response consists of up to 32 tap coefficients,and the transmission bandwidth is only7 MHz.The results extend the capabilities of integrated microwave photonics in the standard silicon-on-insulator platform. | MOSHE KATZMAN MAAYAN PRIEL INBAR SHAFIR SAAWAN KUMAR BAG DVIR MUNK NAOR INBAR MOSHE FELDBERG TALI SHARABANI LEROY DOKHANIAN MATAN SLOOK AVI ZADOK | 2022 | Photonics Research2022，10，7： | 0 |
| 10 | Turning in mid-air allows aphids that flee the plant to avoid reaching the risky ground显示文摘When forced to drop from the plant,flightless arboreal insects can avoid reaching the risky ground by maneuvering their body through the air.When wingless pea aphids(Acyrthosiphon pisum)are threatened by natural enemies,they often drop off their host plant while assuming a stereotypic posture that rotates them in mid-air,aligning them with their feet pointing downwards.This position may increase their chances of re-clinging onto lower plant parts and avoid facing the dangers on the ground,although its effectiveness in realistic field conditions has not been tested.We performed both laboratory and outdoor experiments,in which we dropped aphids upon host plants to quantify clinging success in plants with different characteristics such as height and leaf size.Live aphids had twofold higher clinging rates than dead ones,indicating that clinging success is indeed affected by the active aerial-righting of dropping aphids.The ability to cling was positively dependent on the plants’foliage cover as viewed in vertical direction from above.Therefore,we released aphids in commercial alfalfa(Medicago sativa)fields with varying plant heights and foliage cover and induced them to drop.Most(up to 75%)of the aphids avoided reaching the ground in taller plants(65 cm),and 17%in shorter plants(21 cm),demonstrating the efficiency of the aphids’response in averting risks:both those of an approaching enemy on the plant and the plethora of new risks on the ground.Evidently,even in complex field environment,the aerial-righting mechanism can substantially reduce the possible risks following escape from a predator. | Yonatan MERESMAN Matan BEN-ARI Moshe INBAR | 2017 | Integrative Zoology2017，12，5： | 0 |
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