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1
2019 - 01 - 07
2019年1月7日 讯 /生物谷BIOON/ --诱发癌症有很多遗传原因,比如有些突变会遗传自父母,而其它则是后天获得性的突变,比如因外界因素或DNA复制的错误导致等,大规模的基因组测序在识别因体细胞突变所诱发的癌症上取得了一系列研究成果,但这种技术却无法有效识别因遗传性突变所诱发的癌症,而且识别这些遗传突变的主要来源仍然是基于家族性的研究。图片来源:iran-daily.com近日,一项刊登在国际杂志Nature Communications上的研究报告中,来自巴塞罗那基因组研究中心的科学家们通过研究开发了一种新型的统计学方法,其能够从肿瘤测序数据中鉴别出癌症易感性基因;该方法使用了一种古老的想法,即癌基因通常需要“两次击打”(two hits)才能够致癌,研究者表示,这种方法能帮助他们从当前癌症基因组数据库中系统性地鉴别出相关的基因。研究者将这种统计学方法命名为“ALFRED”,目前该技术已经鉴别出了13个候选的癌症易感性基因,其中10个基因都是此前并未发现的;Ben Lehner博士说道,我们对30种不同类型的肿瘤患者进行研究,将这种方法应用于1万多名患者的基因组序列中,最终鉴别出了已知的和一些新型的可能性癌症易感基因,这些基因有可能会诱发一定的患癌风险。研究者指出,新型的癌症易感基因或许在多种类型癌症的发生上扮演着关键角色,比如,其与14%的卵巢肿瘤、1%的乳腺癌等癌症直接...
2
2019 - 05 - 27
5月24日,记者从中国农业科学院科研进展通报会上获悉,由中国农业科学院哈尔滨兽医研究所(以下称哈兽研)自主研发的非洲猪瘟疫苗取得了阶段性成果,实验室研究结果表明,具有良好的生物安全性和免疫保护效果。非洲猪瘟疫苗科研攻关负责人介绍,目前在非洲猪瘟疫苗创制阶段主要取得五项进展:一是分离我国第一株非洲猪瘟病毒。建立了病毒细胞分离及培养系统和动物感染模型,对其感染性、致病力和传播能力等生物学特性进行了较为系统的研究,并揭示了我国非洲猪瘟流行毒株的基因组特点和进化关系。二是创制了非洲猪瘟候选疫苗,实验室阶段研究证明其中两个候选疫苗株具有良好的生物安全性和免疫保护效果。三是两种候选疫苗株体外和体内遗传稳定性强。分别将两种候选疫苗株在体外原代细胞中连续传代,其生物学特性及基因组序列无明显改变,猪体内连续传代,也未发现明显毒力返强现象。四是明确了最小保护接种剂量,证明大剂量和重复剂量接种安全。五是临床前中试产品工艺研究初步完成。目前已建立两种候选疫苗的生产种子库,初步完成了疫苗生产种子批纯净性及外源病毒检验,初步优化了候选疫苗的细胞培养及冻干工艺。非洲猪瘟疫情发生后,党中央、国务院高度重视疫情防控科研攻关。中国农科院科技局局长任天志介绍,按照农业农村部党组统一部署,中国农科院将非洲猪瘟防控作为服务国家战略需求的重大科研攻关任务,集聚优势资源,第一时间组建非洲猪瘟防控科技攻关项目组,以哈尔滨兽医研究...
3
2019 - 01 - 21
冬季流感严重危害人类健康,甚至会威胁生命,我们究竟有什么办法预防流感呢?目前,美国密歇根大学 Betsy Foxman 和同事最新研究表明,呼吸道微生物群可能与流感易感性密切相关。这项研究报告发表在 1 月 9 日出版的《美国公共科学图书馆 · 综合》杂志上。流感病毒是流感病原体,主要侵袭目标是人体呼吸道,感染上皮细胞。鼻子和喉咙的上皮细胞被复杂的细菌群落包围,因此 Betsy Foxman 和同事推测认为,这些呼吸道微生物群可能与病毒相互作用,并在人体对流感预防方面充分发挥作用。在这项研究中,研究人员对 2012—2014 年登记的 144 个尼加拉瓜家庭进行了分析,这些家庭中有一位成员被确认患有流感,包括成年人和儿童的所有家庭成员都接受为期两个星期的监测。研究人员对每个家庭进行 5 次回访信息统计,对所有家庭成员的呼吸道微生物取样,并对监控测试者进行症状日志记录。研究者使用统计模型,对每次测试的家庭成员呼吸道微生物群分类为两个不同种群类型,尽管大约一半的测试者在研究测试过程中体内微生物群类型发生了变化。接下来,研究人员将参与者微生物类型与他们流感易感性进行了对比分析。结果发现,跨年龄组的一种呼吸道微生物类型显示出对流感的易感性降低,这种微生物类型在婴儿和儿童群体中并不常见,而且与年龄较大的青少年和成年人相比,其稳定性较低。虽然微生物种群和流感易感性之间的联系在这项研究...
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总部地址:北京市海淀区安宁庄东路23号银燕大厦D座2层201室
产品名称:

EVOS™ M7000 Imaging System

上市日期: 2019-04-15

规格

Detection Method:Chromogenic, Fluorescent
Product Line:EVOS™
Product Size:1 system
Shipping Condition:Room Temperature


产品类别: EVOS
  • 产品描述
  • 产品功能
  • 产品参数

描述

The EVOS M7000 Imaging System is a high-performance, fully automated, inverted, multi-channel fluorescence and transmitted light imaging system. It was developed to meet today’s expectations for image quality, user interface interactions, data generation speed and flexibility, and end-user value. The powerful and time-saving acquisition tools with enhanced autofocus algorithms and automated routines for microwell plate assays, time-lapse live cell imaging, area scanning in time lapse and Z-stacks in scan mode, and a superb optomechanical design enable the generation of publication-quality images and data with just a few clicks when and where needed.

The EVOS M7000 Imaging System offers these advantages:
• Outstanding image quality and versatility with a 5-position objective turret, 4-color LED fluorescence and transmitted light channels, and 3.2 MP CMOS color and B/W cameras
• Exceptional usability with fully automated X/Y scanning stage, autofocus, and acquisition routines
• High-speed image acquisition coupled with multi-position well scanning, and Z-stack and tile-stitch options lend power and flexibility to your data generation
• Fully integrated time-lapse live cell imaging using the optional EVOS Onstage Incubator for precise control of temperature, gases for normoxic or hypoxic conditions, and humidity
• Powerful image analysis capabilities for cell segmentation and quantification with the optional Celleste™ Image Analysis Software

Fully automated imaging system
The EVOS M7000 system combines and integrates precision components with a unique modern design functionality that enables high-quality automated fluorescence imaging anywhere with unprecedented workflow efficiency. Full automation of the precision X/Y-stage movement; changing of the 4 LED fluorescent light cubes, 5-position objective turret, focus, and exposure; and switching of the dual camera make the EVOS M7000 system an exceptional platform for a variety of demanding imaging applications. Through the intuitive acquisition interface, you can program the EVOS M7000 system to run well-plate scanning, time lapse experiments, and tile-stitch/montage area scans in Z-stack and/or time-lapse modes in your vessel of choice. For live cell imaging over multiple hours or days, the optional EVOS Onstage Incubator, which functions as an environmental chamber on top of the microscope stage, is operated seamlessly from within the instrument interface. The EVOS M7000 system is compatible with all accessories for the predecessor EVOS FL Auto imaging system.

Versatile and highly configurable
With a 5-position objective turret and the ability to simultaneous acquire images in four fluorescence channels plus transmitted light, the optical system can be easily configured to meet your needs. Choose from our broad range of high quality coverslip-corrected and long-working-distance objectives for use with plastic vessels or glass sides. Available from 1.25X to 100X magnification in achromat, fluorite, or apochromat models, together with over twenty LED light cubes, the sample imaging options are limitless. Dual monochrome and color high-sensitivity dual CMOS cameras enable seamless imaging of both fluorescent and chromogenically stained samples. Interchangeable vessel holders accommodate most vessel types and sizes, including slides, multi-well plates, culture flasks, and Petri dishes, and afford precise control and sample alignment by the automated stage. The vessel creation wizard in the user interface enables creation of profiles for custom sample vessels.

Powerful software
The EVOS M7000 software presents users with an extensive suite of tools for acquisition, visualization, and analysis. The user interface was designed with a strong emphasis on usability, including an option to view samples in a single field mode (Field View) or in a window that covers a much larger area (Area View). By using a zoom function, the Area View size can be adjusted. A user can explore a large sample area at low magnification, define regions of interest, and then seamlessly transition to the Scan function in Automate Mode and execute an area scan at higher magnification.

The enhanced power of the EVOS M7000 system enables more demanding automated acquisition routines like area scanning in time lapse and Z-stacks in scan mode to be performed. Visualization capabilities include multi-field image viewing gallery, mosaic tiling and tile stitching options, Z-stack visualization, and a video recording and movie maker/editor for time lapse sequences. The EVOS M7000 system is fully compatible with the EVOS Onstage Incubator environmental chamber for control of temperature, gases, and humidity. With the ability generate both hypoxic and normoxic conditions, it is possible to study live cells over extended periods with highly flexible time lapse automation routines.

For users needing more powerful image analysis capabilities, images acquired on the EVOS M7000 system can be analyzed directly using the optional Celleste Image Analysis Software. Celleste software offers powerful tools for image segmentation and classification that can be applied to a range of cell analysis applications for counting and measuring intensity, area, and shape changes over time, and more.

Smart LED illumination technology
All EVOS fluorescence imaging systems utilize our proprietary LED light cubes. This light engine outputs remarkable intensity over a short light path and delivers incomparable fluorophore excitation. Each light cube contains a precisely matched set of optical components to optimize the position, evenness, and intensity of the light beam. Digitally controlled LED light sources allow adjustment of illumination levels to the sample and experimental conditions to minimize the risk of photo-toxicity and photo-bleaching in time-lapse studies. Hard-coated filters give sharper edges and significantly higher transmission efficiencies than traditional soft-coated filters.

Easy to use and reliable
The EVOS M7000 Imaging System is powerful, yet offers the simplicity of plug-and-play. Like other EVOS systems, it requires no warm-up or cool-down periods. The LED light source guarantees exceptional stability and durability, so you can turn the unit on and off whenever you need to image a sample. The environmentally safe, mercury-free LED bulbs are rated for >50,000 hours, compared to 300 hours for a typical mercury bulb and 1,500 hours for a metal halide bulb. The long lifetime and low energy consumption translate into significantly lower operating costs compared to instruments with conventional light sources. The EVOS M7000 system is powered by an external Dell PC with an Intel Core i7-8700 processor, 32 GB DDR4 RAM, 512 GB PCIe SSD, and NVIDIA Quadro P1000 with 4 GB discrete video graphics running Windows 10, designed to operate with touchscreen monitor and microscope. Whether acquiring single images or setting up automated routines, the EVOS M7000 system is remarkably easy to use and run. The 1920 x 1080 pixel resolution 23' LCD touch screen monitor enables “finger swipes” to expand or zoom in on images, and moving between microwell plate wells is done by a single touch. Operation is also also fully controllable via mouse.

The EVOS imaging systems are built from the ground up to maximize performance and optimize workflow. You will be astonished at how easy it is to operate and amazed at how extraordinary your images look on-screen.

Explore the entire EVOS line of imaging systems, accessories, and offers ›

System and hardware specifications
Optics: infinity‐corrected optical system; RMS‐threaded objectives with 45-mm parfocal distance
Imaging mode: fluorescence, brightfield, color brightfield, and phase contrast
Illumination: five position chamber for 4 fluorescence light cubes plus brightfield; light cubes with integrated hard coated filter set and LED light source with >50,000 hour life; broad selection of standard and specialty light cubes
Imaging methods: single color, multi-color, area scan with montage or tile-stitch, time lapse, Z-stacking, movie capture
Objective capacity: 5‐position turret
Objectives (not included): wide selection of high‐quality LWD and coverslip‐corrected objectives
Condenser: 60-mm long working distance condenser, 4 position turret with a clear aperture and 3 phase annuli
Stage: motorized X/Y scanning stage; travel range 120 mm x 80 mm with sub‐micron resolution, drop‐in inserts to receive vessel holders and lock down holders to fix sample in place during long scans
Focus mechanism: automated focus mechanism with sub‐micron resolution
LCD display: 23' high‐resolution touch screen color monitor (also fully controllable via mouse); 1920 x 1080 pixel resolution
Cameras: high-sensitivity 3.2 MP (2048 x 1536) monochrome CMOS sensor with 3.45 µm pixel resolution; high-sensitivity 3.2 MP (2048 x 1536) color CMOS sensor with 3.45 µm pixel resolution
Computer: external Dell PC with an Intel Core i7-8700 processor, 32 GB DDR4 RAM, 512 GB PCIe SSD, and NVIDIA Quadro P1000 with 4 GB discrete video graphics running Windows 10, designed to operate with touchscreen monitor and microscope
Captured images: 16‐bit RAW monochrome: TIFF, PNG; 8-bit: TIFF, PNG, JPG; movies and time‐lapse: AVI, WMV
Output ports: Computer: 1 x USB 3.1 Gen 2 Type-C; 5 x USB 3.1 Gen 1 Type-A; 4 x USB 2.0 Type-A; 1 Serial; 2 Display Ports 1.2; 1 RJ-45; 2 PS/2; 1 UAJ; 1 Line-out
Networking capability: connection through Windows/SMB network via an Ethernet cable connection
Power supply: 24 V AC adapter with country‐specific power cords
Dimensions (L x W x H): 18 x 14 x 13 inches (457 x 330 x 356 mm)
Weight: 16/35 (kg/lb)


规格

Detection Method:Chromogenic, Fluorescent
Product Line:EVOS™
Product Size:1 system
Shipping Condition:Room Temperature


规格

Detection Method:Chromogenic, Fluorescent
Product Line:EVOS™
Product Size:1 system
Shipping Condition:Room Temperature


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