imoptosky@gmail.com
Navigation
media

Raman Spectroscopy in Forensic Science

  •     Raman spectroscopy is widely used in forensic science, especially in blood detection.

     Hemoglobin(HGB) is responsible for carrying oxygen around the body. When carbon monoxide and hemoglobin combine, the formation of carbon oxygen hemoglobin (HBCO), so that hemoglobin loses the ability and role of oxygen, resulting in tissue asphyxia, carbon monoxide poisoning. At present, there are some deficiencies in the methods of measuring the carbon and oxygen hemoglobin saturation in blood. Therefore, it is of urgent practical significance to develop a rapid, accurate and nondestructive method for the determination of carbon and oxygen hemoglobin in blood. Raman spectroscopy is a powerful method for detecting molecular structure and is well suited for biological samples.

      Therefore, Raman spectroscopy is a promising method for detecting carboxyhemoglobin saturation. Accurate determination of the time of the crime is of great significance in court practice. For forensic investigators, estimating the age of a blood stain can be an important way to determine when a crime occurred, especially when blood is the only evidence available. If the time of the crime is known from other evidence, inferring the age of the blood stain can further confirm or rule out the possibility that the blood stain is related to the crime. At present, the actual method used to determine the time of crime in court has a large error. Raman spectroscopy has the advantages of simple sample preparation process and no need for other reagents, which makes the blood stain evidence at the scene well preserved and provides the possibility for further DNA detection.

      Raman spectroscopy has great application potential in the study of the structure and function of hemoglobin. It can not only detect the structural changes of hemoglobin and its surrounding molecules in hemoglobin, but also reflect the specific process of hemoglobin reaction kinetics.At the same time, hemoglobin Raman spectroscopy has a prominent advantage in the detection of abnormal hemoglobin in the disease state, the quantitative determination of blood oxygen saturation and the determination of methemoglobin content of blood substitutes. 

RAMAN SPECTROMETER MODELS SELECTION GUIDE:

ATR6600 1064 Raman spectrometer

    Optosky Photonics Inc dedicate to manufacture advanced spectroscopy solution with 20 year, with the headquarter in Xiamen covers a area of 2500 square meter with 50 engineers focus on Raman spectrometer design and manufacture, Wuhan R&D research centers with 53 engineers 742 square meter focus on industrial spectrometer design, and wuhu 30 engineers focus on hyperspec imager design and manufacture. we aim at supplying affordable spectroscopy solutions and techniques to global customers.


Comments: 0

No comments

Leave a Reply

Your email address cannot be published. Required fields are marked*

Popular Tags
fast identify liquid reagent on quanitification method How to Controll Drugs and Narcotics by Safity Non-destructive Identification? ATR8000 automatic high-throughput Raman spectrometer ATR8000-first-appeared all-automatic & high throughput portable Raman analyzer OPTOSKY AT SPIE BIOS Expo 2020 fast test fake by raman OPTOSKY is coming to SPIE ATR8000 detect demonstration Thanksgiving! Raman identify starch medicinal accessories ATR3200 Double-Wavelength Raman Spectrometer ATH3010 Rotary-broom hyperspectral camera What is the advantage of 1064nm Raman of Optosky? What is the new choise for Raman characterization f carbon materials? new method for rapid detection of counterfeit drugs handheld raman spectrometer raman spectrometer raman spectrometer diagram optosky Why optosky measures absorbance by modular spectrometer? Handheld Raman spectrometer of optosky optical analysis instrument RMID raman spectrscopy portable Raman analyzer Merry Christmas from optosky How is the Raman spectrometer of optosky used in optical ? New dual wavelength Raman spectrometer for detect small sample in lab. ATR6500 penetrating and long-distance video How many advantagesof Raman ID applied to pharmaceutical industry? 2020 SPIE BIOS And West Photonic Show with Optosky 【Video】Portable Hyperspectral Camera measure ATH60 series Lab Hyperspectral Imaging Cabinet detect Airborne Hyperspectral Imaging Diamond Raman OPTOSKY Is Ready For 2020 live Live What is the advantage of 1064nm Raman spectrometer? NanoBio serise uv-vis Spectrometer UV-Vis Spectrophotometer How to use 1064nm Handheld Raman Spectrometer rapid test narcotics ? Raman spectroscopy Fieldspec Portable NIR Grain Analyzer Handheld RamanSpectrometer fast measure accurate test Measuring Fentanyl full-range spectroradiometers Soil salinization Portable Raman Spectroscopy ,Food Analysis Field Operation Food Safety The Fieldspec Accessory --Contact Probe Hyperspectral remote sensing 5th generation ultra-light ultra-thin small size Pocket Raman Spectrometer Mini Instrument fieldspec Crop yield estimation Hyperspectral remote sensing technology Hand-held Raman Raman Spectrometer Portable or Benchtop Raman Sorting Technology Raman Raman spectrometer Hyperspectral imager Hyperspectral and LiDAR data identify -diamonds-raman- spectrometer Borax ID by Raman Imaging Microscope Ancient Painting Restoration by Confocal Raman Microscope soybean varieties classification Red tides detailed spatial distribution rice leaf blast (RLB) infection raman imaging microscope Ultraviolet (UV) hyperspectral the manufacturing product chain Scientific -Grade Quodriband Raman Microscope Raman Spectrometer for Food Additive Detection Raman Spectrometer For Distinguishing Chinese herbal medicine raman microspectrometer cataracts Experimental Teaching System of Raman Spectrometer chemical research Textile testing Raman technology Raman spectrometers Raman Spectrum HBCO Blood Detection Forensic Science HGB Hyperspectral imaging Materials Science thin film structural materials superlattice materials semiconductor material high temperature resistant materials carbon nano materials Hyperspectral Imagery for Oil Spill Detection the spectralum of microplastics Fluorescence imager Total organic carbon Time-of-flight mass analyzer X ray fluorescence ATR FT-IR spectrometer Hyperspectral imager for agricultural production AAS NIR IR