
The Linear OFM Probe allows extracting fluid samples of the target tissue to allow analyzing its biochemical conditions by passing a physiologically compatible liquid (‘perfusate’) through the …
a Linear push-pull type probes that are membrane-free with macroscopic openings a Used for sampling of peptides, proteins, antibodies, lipophilic substances, bound and unbound drugs, …
www.openflowmicroperfusion.com
Minimally invasive, membrane-free OFM probes enable access to the entire biochemical information of the interstitial fluid from brain and peripheral tissues, and thus opens up new …
BASi® | Dermal and Adipose Tissue OFM - basinc.com
dOFM – dermal OFM. Linear push-pull type probes that are membrane free wih macroscopic openings; Used for sampling of Peptides, Proteins, Antibodies, Lipophilic Substances, Bound …
Open Flow Microperfusion Cerebral OFM
Schematic illustration of an linear OFM probe. Exchange of compounds between the open exchange area of the OFM probe and the surrounding interstitial fluid. The concentric OFM …
Open Flow Microperfusion (OFM) - Biotoskin
Open flow microperfusion (OFM) is a membrane-free, minimally invasive, in vivo sampling technology that allows continuous sampling of interstitial fluid (ISF) for preclinical drug …
1. Implant Linear OFM Probes according to the specific instructions for use. 2. Connect inlet of the Linear OFM Probe to the PUSH-Tubing. 3. Flush inflow (e.g. 5-10µl/min) while slowly …
BASi® | Open Flow Microperfusion Resources
Schematic of cOFM Probe PP2-100-LB Tubing ; Schematic of a/dOFM PP2 Tubing ; Schematic of COFM Probe ; Schematic of Healing Dummy and Sampling Insert ; Schematic of a/d/OFM …
Open flow microperfusion - Wikipedia
Two types of OFM probes are currently available: Linear OFM probes for implantation into superficial tissues such as skin (dermal OFM, dOFM) and subcutaneous adipose tissue …
The Linear OFM Probe allows extracting fluid samples of the target tissue to allow analyzing its biochemical conditions by passing a physiologically compatible liquid (‘perfusate’) through the …
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