MicroLoops™ (product ref.: CSM004-M5-xxx)
MicroLoops™ provide a superior tool for retrieving and mounting small samples of all sorts
including crystals, single cells and tissues. In protein and small molecule crystallography, they
provide much lower background X-ray scatter than any other loop-style mount. Unique designs are
optimized for challenging applications. Polymer tips are attached to beveled non-magnetic
0.025" (0.64 mm) diameter stainless steel rods. Compatible with all standard X-ray hardware, and can be inserted in
0.7 mm mechanical pencils
or micromanipulators for easy handling.
MicroLoops - A general purpose, economical loop that is great for high-throughput applications. Available in 10 different sizes from 50 to 1000 μm.
MicroLoops LD - Thinner necks to minimize drop disturbance when inserted into small liquid drops, making crystal harvesting faster and easier.
Available in 8 different sizes from 20 to 300 ?m. Click here to see all 8 designs.
- Great for sub-microliter drops and microfluidic crystallization cards/chips.
- Puncture protein skins and retrieve crystals without removing the skin.
- Thick polymer in the neck region makes these loops very rigid in liquid drops and cold gas streams. Thin polymer in the loop region ensures the lowest possible background scatter in X-ray diffraction applications.
MicroLoops E - elongated apertures, for
needle or rod-shaped samples. The
small fingers projecting into the aperture gently support your sample. Use inclined apertures to
improve crystal orientation for the most efficient data collection.
Click here to see all 8 designs.
Compared with other loop-style mounts, MicroLoops™ provide:
- A more convenient and efficient scoop-like action in retrieving crystals that minimizes
the chance of crystal loss or damage.
- Excellent rigidity during sample retrieval and in cold gas streams.
- Excellent tip visibility at large inclination angles (important when retrieving samples from small wells) due to beveling of the
supporting rod. Rods can be cut using cutters or bent using pliers.
- Much lower background X-ray scatter (roughly 1/3 that of mylar mounts).
- Much more accurate and reproducible sample positioning in the X-ray beam.