InQ Cellular Research System
1. 产品简介
InQ细胞研究系统首次将动态软件控制的培养箱、先进的实体细胞图像技术以及实时数据收集技术融合，在模拟体内真实环境下开展各种疾病的研究。该系统功能远远多于实验室普通培养箱。它通过把细胞装入密封、无菌的可移动的培养室，通过对气体和培养液的自动化控制，使细胞培养过程自动进行，避免了在传统加盖培养皿/培养箱培养中对细胞生长发育情况的定期***以及活体细胞和组织之间的污染。该系统已经成功应用在干细胞、神经科学以及其他细胞基础研究中。
功能强大：InQ台式系统功能远远多于实验室普通培养箱。它通过把细胞装入密封、无菌的可移动的培养室，通过电脑上对温度、培养液和气体的流动速率的准确控制，使细胞培养过程自动进行；内置高分辨率显微镜和照相机可以采集活体细胞图像和记录实验数据。此外，系统可以通过网络和手机把图像发到局域网内研究人员电脑上。
2. 特点
远程调控：它可以连接到实验室因特网上，附注研究人员的工作地点以便***。当地的工作台将被设计成一个服务台，为储存实验报告，数据以及图像。The InQ网站同样可以被研究人员用于其它的服务，像事件记录或者邮件提醒，邮件或者图像传达给其它实验室的人员。
试验重复性高：由于各个环节均由计算机控制，试验重复性和规范化得到前所未有的改善。目前研究人员已经用此仪器成功模拟上百种疾病的作用，包括中风, 心力衰竭, Alzheimer's和ALS。
试验准确度高：它仅需很少的样品便达到你的试验目标，得到大量数据，提高试验的准确性，降低试验失败率。
3. 优点
 .远程***可以使研究人员可以空出时间去做其他事情，增进合作
 .保护重要的细胞 灵活的报告生成使数据报告标准化
   自动警报增加了试验的安全性，保护了重要的细胞
  可编辑的程序更能控制时间的参数，改善了实验的高重复性
 网站管理和先进的安全性保护了研究人员的程序和数据。

4. 配置
培养腔×1；    培养液贮存腔×2；
废液缸×2；    软件×1；
细胞培养腔：培养腔有两个独立的细胞培养室(一个实验组，一个对照组，每个表面积13 cm2) ，其可在无菌空间引导生长媒介和气体的流动。同时，密封的无菌单元减少了传统的细胞培养过程中由人为操作以及外在空气造成的污染。它底层的覆盖材料有蛋白质和常用基质，同时也可以根据客户要求定制。一次性使用。
培养液贮存腔：试验期间培养液可以根据要求更改，其上面有添加补充培养液的管道，易于操作。 一次性使用。
收集缸：2个收集缸用于收集培养废液或者待进一步研究的培养液。容易清洗，可重复使用。
软件：

InQ 细胞研究系统配有专业的分析软件，易于安装和运行。从启动到完成，该软件整合了程序设置、细胞显微镜观察、图像处理以及试验***，确保了研究人员实验的准确性以及有效性。

 

InQ Biosciences — ThinQ Smarter

InQ Biosciences provides the first fully integrated cell growth and cell analysis system that combines a dynamic software-controlled sample environment with powerful imaging and real-time data collection. The InQ cell research system's exclusive ability to control environmental parameters with correlated real-time sample feedback empowers researchers with astonishingly novel and efficient approaches to discovery. Only the InQ system offers:

• Ability to create a high-fidelity simulation of the environment in the human body
• Precise management of temperature, gas levels, and media perfusion for extended cell growth
• Advanced automated onboard microscopy with remote monitoring for superior cell analysis
• Unprecedented reproducibility and standardization
• Greater visualization
• Exceptional data quality

InQ Biosciences' instrument accurately models the conditions found in the human body that are essential for healthy cell growth and cell analysis. It is an essential tool for researchers studying the effects of disease and environment on human and animal cells.

The InQ System can accelerate discovery in a variety of stem cell, neuroscience, cancer and cardiovascular research applications.

InQ Cellular Research System

The InQ Cell Research System is the first solution that integrates a dynamic software-controlled lab incubator with advanced live cell imaging and real-time data collection. It creates a true in vivo environment for studying sensitive human and animal cells for disease research. The system's exclusive capability to tightly control environmental parameters with correlated sample feedback creates a new paradigm in stem cell, neuroscience, and other cell-based research. Scientists will be empowered with novel and more relevant approaches to discovery as they pursue the causes of devastating diseases.

The benchtop system goes far beyond the capabilities of a lab incubator. It automates the cell culture process by enclosing the cells in a sealed, sterile removable cartridge that slides into the instrument. An onboard computer precisely controls the flows of nutritive media and gasses and regulates the temperature.

Users will reap the benefits of extended cell growth and unprecedented experiment reproducibility and standardization. Now researchers can simulate hundreds of disease states, including stroke, heart attack, Alzheimer's, and ALS.

A built-in high-resolution microscope and camera perform live cell imaging and record the assay at scheduled intervals. The system can send the images to the researcher anywhere in the world via the Internet and smart phone. Adjustments to the experiment can be made remotely, as well.

The InQ System fits easily into research workflows and integrates with most laboratory information management systems. It requires fewer samples to attain study goals, generates more data points for greater accuracy of results, and dramatically reduces the number of failed experiments.

Our Software

The InQ Cell Research System comes with built-in software that makes it easy and intuitive to set up and operate the instrument. From project start-up to completion, InQ's software integrates protocol management, cell microscopy, image processing, and experiment monitoring to improve research accuracy and accelerate time to discovery.

• Experimental design allows for manipulation of environmental parameters and simulated states over time
• Environmental data is collected at user-defined intervals and compared to defined limits
• Images and data are saved together
• Experiment protocols are captured and stored for later use and sharing with other researchers
• Cell microscopy, image management and processing are integrated to enhance data collection and photo comparison
• Remote monitoring enables 24/7 experiment tracking, freeing up researcher's time and encouraging collaboration
• Remote experiment parameter modification preserves valuable cells
• Flexible report generation standardizes data reporting
• Automated alarms (including SMS, email, and contact closure) increase project safety and preserves valuable cells
• Programmable protocols allow greater control over project parameters providing higher reproducibility and standardization
• InQ network management and advanced security protect researcher's protocols and data

The InQ system's integrated software simplifies project setup and permits principal investigators to manage more experiments. It improves research accuracy and efficiency and facilitates the exporting and sharing of data.