🎄✨ Happy Holidays from the BrightSpec team! ✨🎄
BrightSpec, Inc.
Biotechnology Research
Charlottesville, VA 2,387 followers
Breakthrough Molecular ID
About us
BrightSpec is an innovative life science tools company with a range of instruments that tap the power of molecular rotational resonance (MRR) spectroscopy. MRR enables the rapid, unambiguous molecular ID and quantitative analysis of mixtures, without separation, no chemometrics, and with no reference sample required. Not only can BrightSpec MRR complement other techniques such as Mass Spectrometry or NMR, in many cases MRR can solve problems not possible by these methods. For instance, MRR can easily distinguish between isomers (compounds with the same atoms but a different arrangement) or identify the exact site of deuteration of a molecule as well as quantify the number of each in the sample. BrightSpec is in the process of working with leading pharma, biotech, and academic players to develop breakthrough methods that will enable important advances in discovery. The company is also working with major chemical, oil & gas, consumer products, security, and environmental players to bring innovative solutions to these applied markets. The work is supported by research from a growing number of academic institutions as evidenced by a rising number of publications using BrightSpec instruments. BrightSpec builds on decades of federal and academic work in more than 110 research groups around the world. The technique was developed foremost in astrochemistry research. Using breakthrough technology developed by Brooks Pate at the University of Virginia, BrightSpec made this powerful technique of practical use by making the instrument significantly faster, cheaper, and easier to use. MRR spectra capture the unique set of rotational resonances, a fingerprint specific to a given molecular structure. These can be calculated theoretically based on quantum mechanics and are highly resolved. Isomers, isotopologues, diastereomers and enantiomers can be distinctly identified.
- Website
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http://www.brightspec.com
External link for BrightSpec, Inc.
- Industry
- Biotechnology Research
- Company size
- 2-10 employees
- Headquarters
- Charlottesville, VA
- Type
- Privately Held
- Founded
- 2012
- Specialties
- Pharmaceutical impurity analysis, Gas mixture analysis, Process monitoring, Bench-top analytical chemistry, Chiral analysis, medicinal chemistry, Deuterated Drugs, Metabolomics, Isomers, Impurity Analysis, Protein Degredation, molecular rotational resonance, spectroscopy, gas chromatography, environmental analysis, chemical analysis, science and environment, medical, synthetic chemistry, GC-MS, LC-MS, GC-MRR, natural products, cbd, continuous manufacturing, bio-manufacturing, PAT, process monitoring, structure elucidation, environmental testing, flow chemistry, Isomer, and chiral
Locations
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Primary
Get directions
770 Harris St. #104B
Charlottesville, VA 22903, US
Employees at BrightSpec, Inc.
Updates
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🕯️ What makes clove so warm and inviting during the holidays? It’s all thanks to eugenol! This aromatic phenol gives clove its rich, woody scent with sweet, spicy notes, making it a favorite for mulled wine, baked goods, and festive potpourri. Today, we’re diving into clove and exploring how eugenol’s unique structure creates one of the most iconic holiday fragrances. ✨ This post wraps up our Holiday Chemistry series. Thank you for joining us on this festive journey! We’d love to hear your thoughts—let us know in the comments if you enjoyed the series and what you’d like to see next. #BrightSpec #HolidayChemistry #MRR #MolecularRotationalResonance
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🍭 What makes peppermint so cool and refreshing? It’s all thanks to one well-known molecule: menthol! This cyclic alcohol is the secret behind peppermint’s signature chill and festive aroma. Today, we’re diving into peppermint and exploring how menthol’s unique structure creates that cool, minty sensation we all love. ✨ #BrightSpec #HolidayChemistry #MRR #MolecularRotationalResonance
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🎄 Why do Christmas trees smell so fresh and festive? It’s thanks in part to a molecule called alpha-pinene! This tiny terpene is the secret behind the crisp, invigorating aroma of pine. Today we're diving into pine, and exploring how alpha-pinene’s unique structure creates that unmistakable holiday vibe. ✨
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The holiday season is filled with delicious scents that evoke nostalgia and warmth. But what makes cinnamon spicy, and pine sharp? What makes gingerbread so distinct? How does peppermint achieve that signature cooling sensation? 🎀To celebrate the end of 2024, we're exploring the chemistry behind some of our favorite holiday smells.🎀 First up, cinnamon!
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Chemistry Professors: What if your students could explore molecular structures with the precision of advanced research labs—right in your classroom? The nanoMRR, a simple benchtop tool, brings Molecular Rotational Resonance (MRR) spectroscopy into the hands of your students, bridging the gap between textbook theory and real-world application. With the nanoMRR, your students can: 🕵️♀️ Investigate molecular structure firsthand. 💼 Build practical skills that prepare them for advanced research or industry careers. 👩💻 Deepen their understanding of rotational spectroscopy—one of the most precise methods in analytical chemistry. Prepare your students for the future of chemistry. Get your guide to MRR in the classroom at the link below! 🔗https://hubs.ly/Q02ZxFh70 #ChemistryEducation #AnalyticalChemistry #STEMTeaching #BrightSpec
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Ever wonder what star dust is really made of? Read our latest blog about the scientists discovering the chemistry of space, and how they use #RotationalSpectroscopy and #BrightSpecMRR to power their research. https://hubs.li/Q02Z2chw0
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Chemistry educators: are you looking for new teaching tools to engage your students? BrightSpec's nanoMRR benchtop instrument can elevate your teaching and contribute to your research efforts. But don't take our word for it. We interviewed Dr. Sylvestre Twagirayezu, associate professor of Chemistry at Lamar University, who uses our nanoMRR to teach his students complex topics and advance his research. "As a teaching tool, nanoMRR has value in terms of complementing the existing laboratory facilities and bringing new analytical tools to train the next generation of chemists to benefit the STEM field." Discover his insights on nanoMRR in our latest Q&A! ⚛️ https://hubs.ly/Q02YJ81c0 #ChemistryEducation #nanoMRR #BrightSpec #Spectroscopy #STEMEducation
Using the nanoMRR in Teaching and Research: A Q&A with Dr. Twagirayezu
brightspec.com
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Day 1 of the Eastern Analytical Symposium is off to a great start! If you missed our talk this morning, don't forget to swing by booth W8 to meet our team and learn about our #MolecularRotationalResonance technology. Brian Stall Aleksandr Mikhonin
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Are you heading to New Jersey for the Eastern Analytical Symposium next week? The BrightSpec team will be there! Ask us anything about #RotationalSpectroscopy, #AnalyticalChemistry or our #MRR technology, and get the inside scoop on the product launch we're preparing for early 2025. You can meet us at any point during the conference at booth W8 or come to our talk, hosted by Senior Applications Scientist Alexander Mikhonin on Monday, November 18th at 9:40am in Room 112 on the first floor. The presentation is titled "Fast and Simple Quantitation of GC-Unfriendly Impurities Using Headspace-MRR."
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