Description
Instrumental Analysis
Choose an instrument used in a line of research: ex. Gas-liquid Chromotography or GCMS probe
Find a main research article about a scientific instrument used in a current science research.
Find 4 other article to back up the main one.
5-10 pages (12 font size, times new roman, 1 inch margin) that integrates at least 5 primary literature articles. Utilize appropriate referencing, and write in the scientific writing style. (VERY concise, passive voice, third person, declarative sentences). The last part is to propose what the next steps in this line of research might be.
I primarily want you to focus on your writing style and synthesizing information from multiple references.
In the paper include,
1.)Summary of the primary research article using the instrument.
2.)critiques ( positive critiques, negative critiques, any improvements,etc)
3.) full proposal of a new research that can be done using the instrument.
- How this instrument will be used in this new line of research.
4.) A lay out of the process for the new research (as if the research was to be done within a 12 week span).
- Include a lay out of the plan, and what will be needed for the research
5.) conclusion: What this instrument means in the field of scientific research and how it can improve science.
here are some links that can be helpful:
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC5610958/
Here is one quick data sheet
Broadly related
Agilent (the largest instrument manufacturer in this area) uses a probe called Chromatoprobe, try googling it as a good starting point.
https://scholar.google.com/scholar?hl=en&as_sdt=0%2C21&as_vis=1&q=chromatoprobe&btnG=
Explanation & Answer
Please view explanation and answer below.
Instrumental Analysis: ChromatoProbe
I.
Introduction
•
Technological inventions in science not only facilitate mixtures separation but also
the identification of constituents in a product.
•
The main objectives of quality control include safeguarding the environment and
protecting consumers.
•
As the detection chamber functions continuously, ChromatoProbe is associated with
increased uptime unlike GC-MS operation. ChromatoProbe offers a real-time
analytical platform compared to conventional gas chromatography.
II.
Summary
•
Due to its proficient separation technique, ChromatoProbe is used in drug discovery
research.
•
Since gas chromatography (GC) facilitates the separation of soluble compounds at
high concentrations, the procedure is inefficient for analyzing oligonucleotides and
cyclic peptides.
•
The authors also ascertained that the ChromatoProbe analytical technique was ideal
for exploring samples contained in unstable diluents, poorly soluble samples, or
samples available in limited amount.
•
The research results revealed that the two analytical techniques had the same
outcomes, thus, ChromatoProbe was also efficient for analyzing drug discovery
residual solvents.
III.
Critiques
•
As an analytical technique, ChromatoProbe is effective for drug discovery analysis.
As an inbuilt feature in ChromatoProbe, the programmable temperature vaporizing
(PTV) facilitates effective separation of sample constituents during analysis.
•
Unlike direct injection technique, ChromatoProbe evades analytical controversies
associated with diluent interference since diluents are not involved during sample
extraction (Poronsky & Cutrone, 2017 p. 266).
•
IV.
Proposal of the New Research That Can Be Done Using the Instrument
•
V.
Despite the existing advantages, ChromatoProbe operations require carbon dioxide.
Quantitative Analysis of Cocaine in Students' Hair
The Process for the New Research
•
The investigator will then identify the study population, students using cocaine, and drugfree study participants in line with the exploration objectives.
•
Material
•
Procedure
•
Result analysis
VI.
Conclusion
Restating main points
1
Instrumental Analysis: ChromatoProbe
Student’s Name
Institutional Affiliation
Course
Professor’s Name
Date
2
Instrumental Analysis: ChromatoProbe
Technological inventions in science not only facilitate mixtures separation but also the
identification of constituents in a product. Analytical techniques are routinely embraced in the
product development cycle and associated laboratory procedures. As the international regulations
advocate for environmental and consumer protection, quality control testing protocols regulate
production operations and scientific research (Fiorentin, Fogarty, Limberger, & Logan, 2019).
The main objectives of quality control include safeguarding the environment and protecting
consumers. Invented by Shai Dagan and Professor Aviv, a ChromatoProbe is an analytical
technique used to examine compounds that are unstable or poorly soluble, such as peptides
(Jaffuel et al., 2018). The ...
