Cell and Tissue Imaging Calibration Tools and Standards
Invitrogen™ Attofluor™ Cell Chamber, for microscopy
Durable and practical coverslip holder designed for viewing live cell specimens on upright or inverted microscopes
Invitrogen™ HybriSlip™ Hybridization Cover, 22 mm x 22 mm, RNase free
Designed specifically for in situ hybridization
Invitrogen™ Secure-Seal™ Hybridization Chamber Gasket, 8 chambers, 9 mm diameter, 0.8 mm deep
Coverslip-seal combination that attaches to microscope slides to form microwells optimized for carrying out in situ hybridization procedures
Invitrogen™ MultiSpeck™ Multispectral Fluorescence Microscopy Standards Kit (in suspension)
Provides external reference for comparing images collected with different optics, on different instruments and in different laboratories, as well as for monitoring routine day-to-day variations in instrumental performance
Invitrogen™ InSpeck™ Green (505/515) Microscope Image Intensity Calibration Kit, 2.5 μm
Provides microsphere standards that generate series of well-defined fluorescent intensity levels for constructing calibration curves and evaluating sample brightness
Invitrogen™ InSpeck™ Blue (350/440) Microscope Image Intensity Calibration Kit, 2.5 μm
Provides microsphere standards that generate a series of well-defined fluorescent intensity levels for constructing calibration curves and evaluating sample brightness
Invitrogen™ Coverglass Removal Tool
Minimize the risk of breakage of chambered coverglass during cell culture and fluorescence imaging applications. CultureWell&Trade; Coverglass Removal Tool enables the chambered upper structure to be easily separated from the coverglass without the need for excessive force.
Invitrogen™ O-Rings for Attofluor™ Cell Chamber
Replacement part for durable and practical coverslip holder for viewing live-cell specimens on upright or inverted microscopes
Invitrogen™ InSpeck™ Red (580/605) Microscope Image Intensity Calibration Kit, 2.5 μm
Provides microsphere standards that generate series of well-defined fluorescent intensity levels for constructing calibration curves and evaluating sample brightness
Cytoskeleton, Inc. SPY555-Tubulin Live Cell Stain, Bright Fluorogenic Probe, Compatible with Advanced Microscopy Techniques, 1 vial
SPY555-tubulin is a non-toxic live-cell probe designed for specific and low-background fluorescence imaging of microtubules. This product enables rapid microtubule labeling in living cells without genetic manipulation or fluorescent protein overexpression. It supports advanced microscopy techniques and multicolor imaging, providing flexibility and ease of use in various imaging applications.
ABclonal Technology Acetyl-alpha Tubulin -K40
This gene encodes alpha tubulin a key component of microtubules which are essential for various eukaryotic cell functions Microtubules are composed of alpha and beta tubulin dimers with gamma tubulin playing a role in microtubule assembly Alpha and beta tubulin genes are highly conserved across species while gamma tubulin is involved in nucleation This gene is one of three alpha-tubulin genes located on chromosome 12q and is similar to mouse and rat Tuba1 genes It is predominantly expressed in differentiated neurological cells Mutations in this gene cause lissencephaly type 3 (LIS3) a neurological disorder marked by microcephaly intellectual disability and early-onset epilepsy due to impaired neuronal migration Alternative splicing produces multiple transcript variants encoding distinct isoforms
ABclonal Technology Acetyl-alpha Tubulin -K40
This gene encodes alpha tubulin a key component of microtubules which are essential for various eukaryotic cell functions Microtubules are composed of alpha and beta tubulin dimers with gamma tubulin playing a role in microtubule assembly Alpha and beta tubulin genes are highly conserved across species while gamma tubulin is involved in nucleation This gene is one of three alpha-tubulin genes located on chromosome 12q and is similar to mouse and rat Tuba1 genes It is predominantly expressed in differentiated neurological cells Mutations in this gene cause lissencephaly type 3 (LIS3) a neurological disorder marked by microcephaly intellectual disability and early-onset epilepsy due to impaired neuronal migration Alternative splicing produces multiple transcript variants encoding distinct isoforms