Application Of NIRS In Feed Industry
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This document discusses the application of near infrared reflectance spectroscopy (NIRS) in the feed industry. NIRS is a rapid, nondestructive technique used to determine the protein, moisture, starch, lipid, and ash content of feed ingredients. It has been accepted as an official method for analyzing crude protein, acid detergent fiber, and moisture in feeds. NIRS can also be used to detect heat damaged proteins, fungal contamination, and adulteration in feeds. Calibrations are developed using statistical methods to relate NIR spectra to wet chemistry values. NIRS offers advantages such as rapid analysis, little to no sample preparation, simultaneous analysis of multiple components, and environmental friendliness.
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Near-infrared spectroscopy (NIRS) can be used to non-destructively assess seed quality by classifying seeds and detecting damage. A study classified healthy and damaged soybean seeds using NIRS with over 97% accuracy. The study collected NIR spectra of soybean seeds in different categories and developed partial least squares (PLS) models to classify seeds and discriminate damage types based on their spectra. The models accurately classified healthy versus damaged seeds and identified specific damage types such as weathering, frost, sprouting, and mold. NIRS is shown to be an effective technique for non-destructive seed quality assessment and classification.
NIR in Leaf Chlorophyll Concentration Estimation
This document discusses using field imaging spectroscopy and random forests to estimate leaf chlorophyll concentration in soybeans. A field imaging spectrometer system was used to collect hyperspectral reflectance data from soybean leaves. The PROSPECT radiative transfer model was used to relate the spectral data to chlorophyll content. Random forests were then used to develop a model for estimating chlorophyll content based on the spectral data. The model was able to accurately retrieve chlorophyll content from validation spectral data, demonstrating the potential of this approach for remote monitoring of crop health conditions. Future work involves applying this method from field to satellite data to allow monitoring soybean health over large areas.
Process Analytical Technology
The document discusses Process Analytical Technology (PAT) and its implementation in the pharmaceutical industry. PAT uses tools like near infrared (NIR) spectroscopy and Raman spectroscopy to monitor critical quality attributes during manufacturing. The key aspects of PAT include identifying quality attributes through risk analysis, understanding manufacturing processes, and using process analyzers to monitor parameters and detect defects early. Process analyzers provide real-time multivariate data to facilitate continuous process monitoring and control. NIR spectroscopy and Raman spectroscopy allow fast, non-destructive measurement and have been applied to various unit operations in pharmaceutical manufacturing. Successful implementation of PAT and process analyzers can improve quality, reduce costs, and help ensure consistent production of quality products.
Rapid Prediction of Extractives and Polyphenolic Contents in Pinus caribaea B...
The potential of near infrared reflectance spectroscopy (NIRS) for rapidly and accurately determining the extractives and polyphenol contents in Pinus caribaea bark extracts was assessed. Pinus caribaea bark samples were obtained from 110 trees in plantation stands at different locations of Ghana and were then scanned by NIRS. Their extractives and polyphenol contents reference values were obtained by TAPPI T204 om-88 and Folin-Ciocalteu methods respectively. These reference values were regressed against different spectral transformations using partial least square (PLS) regression. First derivative transformation equation of the raw spectral data, resulted in a coefficient of determination r2 in the external validation of 0.91 and 0.97 respectively for extractives content and polyphenol content. The calibration samples covered a wide range of extractives content from 34 – 45% and polyphenolic content from 16 – 23.5%. The standard deviation to root mean square error of cross validation ratio (SD/RMSECV), root mean square error of calibration to standard deviation ratio (RMSEC/SD), RMSECV/RMSEC and r2 for both extractives and polyphenol models were indicative of good prediction equations. The predicted values were thus highly correlated with time-consuming wet chemical measured values of extractives content and polyphenol content. The use of NIRS for the determination of the extractives and polyphenol contents in Pinus caribaea bark thus provides an advantage of time saving and cost of analysis.
Nanobiosensor for diclofop detection based on chemically modified afm probes ...
Nanobiosensor for diclofop detection based on chemically modified afm probes ...Grupo de Pesquisa em Nanoneurobiofisica
This document summarizes the development of a nanobiosensor to detect the herbicide diclofop. The nanobiosensor is based on atomic force microscopy (AFM) and uses the acetyl-CoA carboxylase (ACCase) enzyme, which is inhibited by diclofop, as the recognition element. Computational methods including molecular docking and molecular dynamics simulations were used to model the interactions between diclofop and ACCase and optimize the sensor design. Experimentally, ACCase was attached to AFM probes and force-distance curves were collected to measure the adhesion forces between the sensor and diclofop, demonstrating selective detection of diclofop over other herbicides. ThisRajul use of biosensors in agriculure
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An evaluation of machine learning algorithms coupled to an electronic olfact...
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Application FTIR in medicine and dentistry
This document discusses the various applications of Fourier transform infrared (FTIR) spectroscopy in medicine and dentistry. It begins by describing how FTIR is used to identify functional groups and elucidate molecular structures through analysis of absorption peaks. It then explains how FTIR can be used to identify substances, study the progress of chemical reactions, detect impurities, and enable quantitative analysis. The document also discusses applications of FTIR in analyzing human tissues and biofluids to diagnose diseases and cancers. It provides examples of FTIR analysis of human hair and teeth. In conclusion, FTIR spectroscopy is presented as a valuable clinical tool for analyzing biomolecular changes in tissues and assessing factors like degree of conversion in dental composites
Nanobiosensors for atheer
A sensor that integrates a biological element with a physiochemical transducer to produce an electronic signal proportional to a single analyte which is then conveyed to a detector.
FT-NIR as a real-time QC tool for polymer manufacturing
Near infrared spectroscopy has been used widely in the polymer industry. Compared to traditional methods such as wet chemistry and chromatographic methods, NIR spectroscopy provides considerable advantages in process and quality control applications through fundamental benefits such as low to no cost of consumables such as solvents, columns, reagents; real time analysis - generally less than 10 seconds measurement time; multiple components per analysis; elimination of sample preparation time; and elimination of many sources of systematic error.
This presentation will present three FT-NIR polymer applications: 1) at line polyether polyols’ hydroxyl value analysis; 2) real time isocyanate number monitoring during a polyurethane reaction; and 3) off-line quality control of percentage styrene in styrene copolymers.
Applications of infrared spectroscopy
This document discusses applications of infrared spectroscopy. It begins by explaining how infrared radiation corresponds to vibrational modes in molecules and can be used to identify functional groups and determine molecular structure. It then discusses specific applications such as identifying exchangeable hydrogens, determining substances, tracking organic nanoparticles in space, quantifying proteins, and various applications in food analysis, forensics, homeland security, medicine, and more. Infrared spectroscopy is a powerful analytical technique due to its non-destructive nature and ability to identify functional groups and analyze molecular structure and composition.
International Conference on Fostering High Quality Clinical Research for A He...
This paper abstract presented as poster on a International Conference, Which Held of 26 November 2023. Organized by NIMS Institute of Pharmacy, NIMS University, Jaipur, Rajasthan , India.
Application of UV-vis in natural product research
Absorbance spectroscopy uses the wavelength-dependent absorption characteristics of materials to identify and quantify specific substances ranging from the visible light to ultraviolet regions. It has various applications in natural product research including determining protein and nucleic acid concentrations by measuring absorbance according to the Lambert-Beer law. It can also monitor enzyme kinetics by measuring changes in absorbance over time. Absorbance spectroscopy is useful for real-time monitoring of bioprocesses and fermentation by measuring optical density and absorbance of biomass and cellular components. It has been used to evaluate phenolic compounds during winemaking.
Quality Measurements Using NIR/MIR Spectroscopy: A Rotten Apple Could Turn Yo...
Light interacts with a product's organic molecules causing variations in light absorption. The transmitted or reflected light can be measured with a spectrometer and the resultant spectral signature used to qualify or quantify properties of the product. The discussion will include - how light interacts with molecules, characteristics of the different electromagnetic spectral bands, in-line hardware required to collect light, and fundamentals of chemometrics.
Presenter -- Gary Brown
Gary Brown is one of the principle engineers with Australian Innovative Engineering and has spent the last 12+ years developing in-line instrumentation using NIR spectroscopy to measure properties of fresh fruit. He is now concentrating his efforts in applying the technology for in-line product authentication for the food and pharmaceutical industries.
LifeScience.pdf.pdf
The RA802 Pharmaceutical Analyser combines Renishaw's proprietary LiveTrackTM and StreamLineTM technologies to generate chemical images up to 150 times faster than conventional methods, whilst maintaining focus ? ensuring high quality pharmaceutical tablet imaging.
New NIR Analyzers can do (almost) anything
The document discusses the capabilities of new generation near-infrared (NIR) systems for analyzing grains and flours. It describes how newer NIR systems using photodiode arrays can more accurately measure additional quality parameters beyond just protein, moisture and ash contents, such as gluten content, water absorption, and starch damage. This allows millers to better optimize flour production processes in real-time without waiting for lab results.
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1504ACS-UCSD Murphy-Brown-Pradel Abstract 150304 mm wt
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Application Of NIRS In Feed Industry
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