Hem-o-lok Clamps
Hem-o-lok Clamps - Related Videos
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Hyperinsulinemic-euglycemic Clamps in Conscious, Unrestrained Mice
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Cited by 150 •
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The hyperinsulinemic-euglycemic clamp, or insulin clamp, is the gold standard for assessing insulin action in vivo. A method for performing insulin clamps in mice is described. This includes a method for arterial catheterization that permits experiments to be performed in conscious, unrestrained mice with minimal stress.
07:35
Hyperglycemic Clamp and Hypoglycemic Clamp in Conscious Mice
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Cited by 4 •
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A hyperglycemic clamp is used for measuring insulin release with a maintained higher blood glucose concentration. A hypoglycemic clamp is for measuring glucose production induced by counter-regulatory responses. Both methods use the same surgical procedure. Here, we present a clamp technique to assess systemic glucose metabolism.
11:12
Hyperinsulinemic-Euglycemic Clamp in the Conscious Rat
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Cited by 34 •
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The hyperinsulinemic-euglycemic clamp is the "gold standard" for the assessment of insulin action. Insulin is infused at a constant rate stimulating glucose uptake. The amount of exogenous glucose infused to counter this drop is indicative of insulin sensitivity. Here the procedure is performed on a conscious, unrestrained rat.
FAQs
The clip’s interlocking jaws and teeth maintain compression after closure, while its locking mechanism helps resist release when the operative field is manipulated. This combination matters because vessel or duct control depends not only on initial closure but also on retention during surgical handling. Reliable performance therefore depends on capturing the intended tubular structure securely before the clip is locked.
The nonabsorbable polymer construction allows the clip to remain in place rather than being absorbed, while its radiolucent character supports operative visibility. This design complements controlled application by reducing visual obstruction around the clipped structure. The result can be a clearer operative field during procedures in which surgeons must identify and manage vessels, ducts, or other tubular structures.
Correct sizing, placement, and tissue capture are central to reliable hemostasis. The clip must be positioned so its jaws close around the intended structure rather than incompletely engaging it. These variables determine whether compression is applied where needed and whether the locked clip remains effective during manipulation of the clipped structure.
Application begins with selecting an appropriately sized clip and placing it around the target structure using the dedicated instrument. The surgeon then closes the clip so the jaws and teeth engage the tissue and the locking mechanism secures it. Controlled placement and complete capture are essential before proceeding with manipulation of the clipped structure.
These clamps support both open and minimally invasive operations, including laparoscopic cholecystectomy, nephrectomy, and prostatectomy. Their role is especially relevant when a procedure requires occlusion of a blood vessel, duct, or another tubular structure. Using clip-based control in these settings can support operative efficiency while avoiding suture-based ligation.
The radiolucent polymer construction and controlled application can improve operative visibility, while clip-based occlusion can streamline management of selected tubular structures. These advantages do not remove the need for careful technique: incorrect sizing, poor placement, or incomplete tissue capture can undermine reliable hemostasis. Efficiency therefore depends on secure application, not speed alone.