Force

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Force

Force

All muscles are able to contract to generate a force. Whether it be the rings of smooth muscle that regulate the diameter of a blood vessel to control peripheral blood flow in a mouse or the much larger network of skeletal muscles that allow humans to move in the highly complex way required to play sport, force can always be quantified and measured in fundamentally similar ways.

Measure forcesin vivo和in vitrowithPowerLab和our range of isometric or isotonictransducers。Choose from a variety of sensitivity ranges from narrow (0-2g) to wide range (0.01g-1000g). These can be used for isolated tissue studies as well asin vivopreparations in small and large animals or humans. Also available are a range ofstimulators包括刺激隔离器的人际关系。

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Signal Overview

There are 2 broad classes of force measurements that are useful for physiological applications. Isometric transducers measure the force (or tension) generated when there is no change in muscle length. Isotonic transducers measure change in length (or displacement) of a muscle under a fixed load.

应变量规力传感器（通常用于等轴测测量）可用于覆盖大量不同的力幅度。能够以milligr量表拾取力的换能器非常适合孤立的组织应用，而能够测量100 kg的较大的换能器可用于测量运动过程中人类肌肉产生的峰值力。尽管通常用于工业应用中，但即使有可以测量许多吨的较大的换能器，这些传感器仍以基本相同的方式工作。

While life scientists typically quantify forces in grams (or kiligrams) force the SI unit for force is the Newton. Assuming standard earth gravity 1g force is equal to 0.0098Newton or 9.8mN.

Enabling Discovery

All your analysis in one place

ldsports体育资讯 software is designed specifically for life science data and provides up to 32 channels for data display and analysis options that are powerful and easy to use. With auto-recognition of ADI and LabChart Compatible hardware, multi-window views, one touch recording, simultaneous recording from multiple devices, specialized preconfigured settings, easy sharing options and an interface that can be customized to show only the features you want to use.