通用铂电极

适合与 10 ml 或更大的 Radnoti 组织器官水浴一起使用，推荐与组织条或螺旋状物一起使用。

适合与 10 ml 或更大的 Radnoti 组织器官水浴一起使用，推荐与组织条或螺旋形物一起使用。

适合与 10 ml 或更大的 Radnoti 组织器官水浴一起使用，推荐与组织条或螺旋状物一起使用，也适合与非常小的样品一起使用。

适合与 10 ml 或更大的 Radnoti 组织器官水浴一起使用，推荐与非常小的组织样品一起使用。

适合与 10 ml 或更大的 Radnoti 组织器官水浴一起使用，适合与血管环制备一起使用。

It has a lower L-shaped tissue support with two horizontal platinum wire electrodes, and is designed to hold (with 158817 or 158819 Tri Supports) and stimulate a tissue ring, which include blood vessels.

It has a glass tissue hook with two 5 inner mm diameter ring electrodes, and is designed to hold and stimulate a tissue strip or spiral-cut tissue tissue.

It has a glass tissue hook with two vertical Zig-Zag electrodes (separated by 10 mm), and is designed to hold and stimulate a tissue strip or spiral-cut tissue tissue.

A set of two platinum straight wire electrode inserts for use with the Universal Holder design and compatible stimulator, which together are designed to generate a field stimulation across a small thin or narrow tissue strip or spiral-cut tissue sample. These are ideal for applications that require less wattage to drive the stimulation.

A set of two  platinum zig-zag wire electrode inserts for use with the Universal Holder design and compatible stimulator, which together are designed to generate a field stimulation across a thicker or longer tissue strip or a larger spiral-cut tissue sample. These provide a greater and more even field across the sample.

A set of two platinum coil wire electrode inserts for use with the Universal Holder design and compatible stimulator, which together are designed to generate a uniform field stimulation across either a small tissue strip, spiral-cut tissue or very small tissue samples. 

A set of two platinum L-shape wire electrode inserts for use with the Universal Holder design and compatible stimulator, which together are designed to generate a uniform field stimulation across tissue ring preparations, which include blood vessels. 

A set of two platinum flat paddle electrode inserts for use with the Universal Holder design and compatible stimulator, which together are designed to generate a field stimulation across a very small tissue sample. They provide an alternative to coil electrodes and are ideal when maximizing a low stimulation wattage is required.