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产品名称:OMEGAACE神经、肌肉、骨骼肌等微流控（共）培养装置

品牌:enuvio

货号:omega

价格:询价

联系人:李先生

电话:18618101725

我们的OMEGA双腔微流控装置非常适合涉及神经元共培养和区室化的实验。

du特的设计每个实验只需要两个腔室，与传统的共培养装置相比，每个区域的实验数量有效地增加了一倍。

每组两个培养室由一系列微流体通道物理分离。微通道的小尺寸用于流体隔离每个相邻的腔室，但足够大以允许神经突/轴突突出并与位于相邻腔室中的培养物相互作用。

OMEGA 设备在微通道的两侧具有相同的培养室，并提供 4 孔和 96 孔格式。
OMEGA 4-2mini在微通道的一侧具有更小的腔室，因此您可以节省细胞和培养基。OMEGA 4-2mini提供 4 孔格式。

我们的每个OMEGA ACE设备都包含三个连续连接的培养室，使研究人员能够进行更专业的实验。

OMEGA ACE 装置可用于神经变性、神经肌肉接头 ( NMJ )、黑质纹状体通路、疼痛、髓鞘形成或趋化因子的体外三联共培养研究。它们也适合研究有毒或错误折叠蛋白质的神经元传播！在单培养应用中，OMEGA ACE可以作为分隔工具来分离神经元的体细胞、近端轴突和远端轴突（生长锥）成分。

提供三种不同的格式，带有不同大小的中间腔室。

我们设计了OMEGA AG设备来帮助研究人员在体外研究轴突引导和趋化因子 。

该装置有 4 个腔室，每个腔室通过一系列微通道连接到中央观察区域。可以通过简单地调整每个腔室中的相对流体体积来控制穿过微通道的流体流动。腔室的这种不对称体积负载可用于流体隔离相邻腔室（就像我们zui初的 OMEGA 设备一样），但也可用于控制流入和流出观察区域的流动方向。

我们专门设计了OMEGA NMJ，以zui好地概括体外神经肌肉突触生理学 。

播种在神经元培养室中的运动神经元通过一系列微通道将轴突延伸到相邻的椭圆形肌肉室中，这些微通道用于流体隔离两个培养室。这样，体细胞运动神经元成分就不会直接暴露于它们所支配的肌肉，从而形成一个更接近于天然神经肌肉生理学的系统。

提供 4 孔和很快的 96 孔格式。

希望使用 3D 培养推进您的骨骼肌研究项目？现在，您可以使用我们的OMEGA MP设备轻松访问这一激动人心的quan新培养技术。

与已知在短时间内从表面分离的单层肌肉培养物相比，3D 骨骼肌在长期培养应用中是稳定的，并且成熟得更快、更完整。该系统增加的生理相关性使其成为开发肌肉和神经肌肉疾病新疾病模型的里想选择。

提供 2 孔和 96 孔格式。

准备好在您的研究中跳到 3D 文化了吗？使用我们的EB-DISKzui大化球体的形成和您的时间。同时更换多达 948 个 EB 的介质。圆盘灵活耐用的材料使胚状体的转移变得轻而易举——只需将它们从EB-DISK 中取出，放入更大的培养容器中即可进一步发育。

EB-DISK 有多种格式可供选择，因此您可以在单个 60 毫米培养皿中轻松培养多达 948 个胚状体！

如果您一次只需要几个 EB，或者您正在寻找兼容 HTS 的球体微孔板，请务必查看我们的可重复使用 EB-PLATE。

您梦想中的微加工工具或技术还不存在？

让我们帮助您创建您的定制产品，这样您就可以突破当前可能的界限。

英文介绍

Our OMEGA double-chamber microfluidic devices are perfectly suited for experiments involving neuronal co-culture and compartmentalization.

The unique design requires only two chambers per experiment, effectively doubling the number of experiments per area compared to conventional co-culture devices.

Each set of two culture chambers are physically separated by a series of microfluidic channels. The small size of the microchannels serve to fluidically isolate each of the adjoined chambers, but are large enough to allow neurites/axons to project into and interact with cultures located in the adjacent chamber.

OMEGA devices feature identical culture chambers on either side of the microchannels and are available in 4-well and 96-well format.
The OMEGA4-2mini features smaller chambers on one side of the microchannel so you can save on cells and culture media. The OMEGA4-2mini is available in 4-well format.

Our OMEGAACE devices each contain three serially-adjoined culture chambers, providing researchers with the ability to perform more specialized experiments.

OMEGAACE devices can be used for in vitro triple co-culture studies of neurodegeneration, neuromuscular junction (NMJ), nigrostriatal pathway, pain, myelination, or chemotactic factors. They also suit themselves for studying neuronal propagation of toxic or misfolded proteins! In single culture applications, the OMEGAACE can serve as a compartmentalization tool to separate the somatic, proximal axonal and distal axonal (growth cone) components of neurons.

Available in three different formats with differently sized middle chambers.

We designed the OMEGAAG device to help researchers study axon guidance and chemotactic factors in vitro.

The device has 4 chambers that are each connected to a central viewing area via a series of microchannels. The flow of fluid across the microchannels can be controlled by simply adjusting the relative fluid volumes in each of the chambers. This asymmetric volume loading of the chambers can serve to fluidically isolate adjacent chambers (like for our original OMEGA device), but can also be used to control the direction of flow into and out from the viewing area.

We designed the OMEGANMJ specifically to best recapitulate neuromuscular synaptic physiology in vitro.

Motor neurons seeded in the neuronal culture chamber extend axons into the adjoined oval muscle chamber through a series of microchannels that serve to fluidically isolate the two culture chambers. This way, the somatic motor neuron components are not directly exposed to the muscle they innervate, forming a system that more closely resembles the native neuromuscular physiology.

Available in 4-well and and soon in 96-well format.

Looking to advance your letal muscle research projects using 3D cultures? Now you can easily access this excng new culture technology using our OMEGAMP devices.

Compared to monolayer muscle cultures that are known to detach from the surface after a short period of time, 3D letal muscle is stable for longer-term culture applications and matures more rapidly and completely. This increased physiological relevance of this system makes it ideal for the development of new disease models of both muscle and neuromuscular disorders.

Available in 2-well and 96-well format.

Ready to make the jump to 3D cultures in your research? Maximize spheroid formation and your time with our EB-DISKs. Change the media of up to 948 EBs at the same time. The flexible and durable material of the disk makes transferring embryoid bodies a breeze – simply pop them out of the EB-DISKs into a larger culture vessel for further development.

EB-DISKs are available in various formats, so that you can easily grow up to 948 embryoid bodies in a single 60mm petri dish!

If you only need a few EBs at a time or you’re looking for an HTS-compatible spheroid microplate, make sure to check out our reusable EB-PLATE.

Generate, process, assay and image spheroids without having to manipulate or transfer - and potentially damage - the delicate 3D cultures! All in a single HTS-compatible microplate: the EB-CLARIFY!

Microfluidic channels between the round bottom spheroid chamber and the solution exchange chamber limit the intensity of solution exchange to protect the integrity of delicate spheroids/organoids.

No more damaged or lost spheroids!