Q: Why is it important to use standards or to develop a standard curve in spectrophotometry?
A: Spectrophotometry is the analytical technique by which the character of a substance is measured…
Q: Why is it important that the standard curve you create in biological analyses with spectrophotometry…
A: The spectrophotometer is an instrument used to measure the amount of light absorbed after it is…
Q: Discuss two issues that a researcher may encounter when conducting sampling
A: These are the two issues that a researcher may encounter when conducting sampling:- 1) inability in…
Q: I'm looking for someone who knows malinoswki. What are the three parts of the method that…
A: Anthropology is the study about what makes us the human. Anthropologists take a broad approach to…
Q: What are some advantages and disadvantages of ionizing radiationas a method of control?
A: Sterilization involves physical methods for removing or controlling the microbes. The physical…
Q: Explain the theory of UV spectroscopy and its applications in biology.
A: The UV spectroscopy is the type of absorption spectroscopy in which light of ultraviolet region is…
Q: Discuss the possible results of failing to document data?
A: Data documentation is an important and vital part of the healthcare industry as the data of the…
Q: Describe the benefits of using fluorescent dyes and tags.
A: Fluorescent dyes are those molecules which absorb light of a given wavelength and re-emit a longer…
Q: explain how beta and gamma radiation can be used to produce diagnostic images.
A: Beta and gamma radiations are both ionizing radiation that can pass through the human body. They are…
Q: What is Dry Flash Column Chromatography? Please explain at your own words( around 500 words).
A: Column chromatography is one of the most useful methods for the separation and purification of both…
Q: Explain the theory of IR spectroscopy and its applications in biology in detail.
A: Spectroscopy is the analysis of the interaction between matter and any portion of the…
Q: Which type of radiation is most likely to be used for isotope scanning?(a) alpha(b) beta(c) gamma
A: A radionuclide scan is an imaging method that utilizes a little dose of a radioactive chemical…
Q: Explain the theory of fluorescence spectroscopy and its applications in biology.
A: Fluorescence is the molecular absorption of light energy at one wavelength and its nearly…
Q: What is a radioisotope? What are some ways radioisotopes are used in biological research?
A: The radioactive isotope, known as radioisotope, radionuclide, or radioactive nuclide, any of several…
Q: What is known as electropherogram ?
A: An analytical procedure that is used for the separation of fragments of DNA or RNA, in terms of…
Q: Explain the theory of fluorescence spectroscopy and its applications in biology in detail.
A: Fluorescence is defined as light emission by a compound or element after absorbing any…
Q: Provide one example of each microtechnology and nanotechnology in healthcare, especially ones that…
A: Microtechnology includes techniques that makes use of processes and objects at a micro level. The…
Q: Describe a future device that may be used to identify a bioterror agent
A: Bioterrorism is difficult to predict or prevent, reliable platforms to rapidly detect and identify…
Q: Look for recent (2017 to 2022) scientific papers, stories, or features that demonstrate the use of…
A: Introduction Spectroscopy is a broad field of study that examines and interprets the electromagnetic…
Q: Explain the beneficial uses of radioisotopes.
A: Radioisotopes are radioactive isotopes of any element. We can also define them as atoms with…
Q: What are the limitations of UV Visible spectroscopy and fluorescence spectroscopy? Include reference…
A: Spectrophotometric analysis has been widely used in biomedical science to determine the…
Q: In which type of chromatography, solvents of increasing polarity are passed through a column of…
A: Chromatography is the most important technique for isolating and purifying biomolecules. It is a…
Q: Write note on application of UV, CD, Fluorescence, IR and Raman Spectroscopy on biology.
A: Spectroscopy is the analysis of the interaction between matter and any portion of the…
Q: Explain how we can prepare a Calibration or Standard Curve for Spectroscopic analysis of a drug?…
A: Many drugs are only effective if they are given in a narrow range. Higher doses can cause toxicity…
Q: Modern methods scientists use today to identify the active site?
A: In an enzyme molecule, there are certain specific sites in which the substrate molecule binds and…
Q: What is Spectrocopy? Give 1 example of spectroscopic technique and discuss concepts involved and…
A: Spectroscopy It is defined as the study of how matter absorbs and emits light and other forms of…
Q: State what is the miller-urey experiment, when was it done and describe how it works.
A: Introduction Experiment stimulated the conditions thought at the time to be present on the early…
Q: Give examples of 5 fluorophores that are commonly used, and for each one include a brief description…
A: Fluorophores are microscopic molecules, that may be proteins, small organic compounds, or synthetic…
Q: spectrophotometer.
A: Definition: It is defined as the branch of electromagnetic spectroscopy which is concerned with…
Q: The technique of bombarding specimens with neutronsand measuring the resultant gamma ray emissions…
A: Neutrons are the subatomic particles present in the nucleus of an atom.
Q: What is the importance of sllid width in fluorescence spectroscopy
A: Fluorescent microscopy is often used to image specific features of small specimens such as microbes.
Q: Discuss the principles and applications of Matrix-Assisted Laser Desorption/Ionization…
A: Technology is utilized in science, while science is used in technology. Both are vital to our…
Q: Draw Fluorescence Resonance energy transfer(FRET) and describe how it works.
A: Introduction :- The normal fluorescence microscopy techniques works on the principle of the…
Q: Explain an advantage presented by mass spectrometry and by imaging techniques as diagnostic tools.
A: Phenotypic, genotypic, and immunologic microbial identification are the three main categories. For…
Q: Why do you think learning about bioinformatics/bioinformatic tools can be important in microbiology?
A: The application of computation and analysis tools to the capture and interpretation of biological…
Q: Regarding light spectroscopy, which of the following statements is correct? The spectral lines are…
A: Introduction: Spectroscopy is the study of light emission and absorption of light and other…
Q: Describe how you would prepare the following samples for analysis by a spectroscopic method. You…
A: Spectroscopic method or techniques is the process that recruit the light to link with matter. This…
Q: Describe the use of microbes in nanotechnology
A: Nanotechnology is the study and management of matter at the nanoscale, where unique phenomena offer…
Q: What are the significance of UV/Vis spectrophotometer in the experiment complexation.
A: UV/VIS spectrophotometer is the technique used to determine the optical properties such as…
Q: Discuss the principles,uses, advantages and disadvantages of nanopore technology.
A: Nanopore technology begins with the semiconductor wafer with many nano pores. the wafer and…
Q: Write shortly about the instrumentation of ATR spectroscopy. Please do not reject.
A: Introduction Attenuated total reflection (ATR) is a sampling technique used in conjunction with…
Q: Explain the theory of UV spectroscopy and its applications in biology in detail.
A: The UV spectroscopy is the type of absorption spectroscopy in which light of ultraviolet region is…
Q: Why are controls needed when conducting scientific experiments?
A: In the research or scientific experiment, to minimize the effect of variables that are not of…
Q: Discuss the types of interferences in atomic absorption spectrophotometry.
A: Discuss the types of interferences in atomic absorption spectrophotometry. Introduction: Spectral…
Q: What important points need to be taken into consideration when reviewing research articles?
A: Reviewing research articles is a part of literature review during research process. It is important…
Q: Compare and contrast the different types of chromatography
A: Chromatography is an analytic method generally employed for separating a mix of synthetic materials…
Q: Provide a list of the names of the devices and technologies used in Dynamic Light Scattering applied…
A: Dynamic Light Scattering (DLS) employs a measurement method to identify the particle size in…
Q: Define the importance of minimal medium in biology ?
A: A growth medium, also known as a culture media, is a solid, liquid, or semi-solid medium that is…
Q: Explain any 2 advantages the fully automated analyser has over the spectrophotometer.
A: An automated analyzer is an instrument that analyses various chemical or biological samples. The…
Explain in detail the theory of CD spectroscopy and its applications in biology.
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- Explain the theory of UV spectroscopy and its applications in biology in detail.Differentiate spectroscopy, spectrometry, and spectrophotometryLook for recent (2017 to 2022) scientific papers, stories, or features that demonstrate the use of spectroscopy in a field of study (such as botany, medicine, and engineering). Please summarize this strategy, focusing on its theories and how it compares to other ways of analysis
- Discuss the disadvantages of Raman spectroscopy and how to deal with the disadvantages experimentally.Look for recent (2017 to 2022) scientific papers, stories, or features that demonstrate the use of spectroscopy in a field of study (such as botany, medicine, and engineering). Please summarize this strategy, focusing on its theories and how it compares to other ways of analysis. (Essay type, minimum of 500 words)What is the importance of normalization of data in fluorescence spectroscopy
- Outline the techniques of two-dimensional gel electrophoresisand tandem mass spectroscopy, and explain why they are used.Look for journal articles, news, or features published recently (2017 to 2022) that show the application of spectroscopy in a field of study (such as medicine). Please summarize this technique, highlighting its theories and how it fares with other analysis methods.briefly explain the principle behind this technique; affinity chromatography using a diagram to illustrate.