Crystallography

Crystallography equipment, a crucial subset of DNA/RNA and PCR workflows, plays a vital role in determining the three-dimensional structures of biomolecules like proteins and nucleic acids. These instruments utilize X-ray diffraction, often coupled with sophisticated software and detectors from companies like Rigaku and Bruker, to analyze the scattered X-rays and reconstruct the atomic arrangement within the crystal lattice. This structural information is essential for understanding biological processes, drug design, and material science. Crystallography equipment supports various workflows, including protein crystallization, data collection, structure determination, and refinement, enabling researchers to gain insights into molecular interactions and functions. Common applications of crystallography equipment encompass drug discovery, where it aids in identifying drug targets and optimizing drug-ligand interactions,... + More

Crystallography equipment, a crucial subset of DNA/RNA and PCR workflows, plays a vital role in determining the three-dimensional structures of biomolecules like proteins and nucleic acids. These instruments utilize X-ray diffraction, often coupled with sophisticated software and detectors from companies like Rigaku and Bruker, to analyze the scattered X-rays and reconstruct the atomic arrangement within the crystal lattice. This structural information is essential for understanding biological processes, drug design, and material science. Crystallography equipment supports various workflows, including protein crystallization, data collection, structure determination, and refinement, enabling researchers to gain insights into molecular interactions and functions. Common applications of crystallography equipment encompass drug discovery, where it aids in identifying drug targets and optimizing drug-ligand interactions, and materials science, where it helps characterize the structure and properties of new materials. Techniques like X-ray diffraction, crystal mounting, and data processing are integral to these applications, providing valuable information on molecular structure and packing. Advanced instruments, like the Rigaku XtaLAB Synergy and Bruker D8 QUEST, offer high-throughput and automated capabilities, streamlining the crystallographic process for diverse research needs, from small molecule analysis to macromolecular crystallography. ALT offers a selection of pre-owned and refurbished crystallography instruments, each backed by a standard 90-day warranty that can be upgraded to a three-year warranty, along with ALT's lifetime support. Because they're refurbished, crystallography instruments from ALT are typically priced 50%-80% lower than the cost of new instruments, helping labs stretch their budget further without compromising on quality. - Less