TSD140 Probe: This robust and easy to handle probe is ideal for taking measurements of cutaneous blood flow anywhere on the skin surface.
TSD142 Digit Probe: This probe was specially developed for measuring microvascular skin blood flow in the digits; the curved geometry of these probes makes them ideal for studying conditions such as Raynaud’s disease.
TSD143 Miniature Probe—suturable: Particularly suitable for small animal work including various post-operative monitoring applications such as reconstructive surgery. Small and lightweight, suitable for noninvasive tissue surface blood flow monitoring and for semi-invasive monitoring of blood flow from muscle and internal organ surfaces. Tissue attachment via double-sided adhesive rings or by suture. (See TSD146 for non-suturable mini probe.)
- Dimensions: Head diameter 12 mm, Head height 5 mm, Total probe length 3 m
- Reusability: Unlimited
TSD144 Needle Probe: This needle probe is used when making microvascular blood flow measurements in relatively inaccessible areas with limited clearance. Typically, they are positioned using a micromanipulator clamp over soft tissues, such as brain and muscle.
TSD145 Micro-needle Probe: This micro-needle probe is designed for direct insertion and is frequently used for measuring either micro-vessel or microvascular blood flow within skin, muscle, tumor, and organ tissues. The fine diameters of these probes facilitate blood flow measurements from only a small number of capillaries.
All needle probes come with a 3-meter cable for connection to the LDF100C module.
TSD146 Miniature Probe: Particularly suitable for small animal work and general tissue surface monitoring. Small and lightweight, suitable for noninvasive tissue surface blood flow monitoring and for semi-invasive monitoring of blood flow from muscle and internal organ surfaces. Tissue attachment via double-sided adhesive rings. (See TSD143 for suturable mini probe.)
- Dimensions: Head diameter 12 mm, Head height 5 mm, Total probe length 3 m
- Reusability: Unlimited
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Established, reliable method
Blood perfusion monitoring via LDF is the accepted standard to assess the competence of regional blood supply
Combine LDF data with other physiological parameters
For a detailed physiological analysis, add temperature, blood pressure, ECG & full range of life science signals
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