How Can I Make a Molecular Scanner to Determine Medicine Composition?

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Discussion Overview

The discussion centers around the feasibility and methods for creating a molecular scanner to determine the composition of medicine. Participants explore various analytical techniques and the challenges involved in developing such a device, including considerations of engineering and chemistry knowledge.

Discussion Character

  • Exploratory
  • Technical explanation
  • Debate/contested
  • Experimental/applied

Main Points Raised

  • One participant expresses a desire to create a molecular scanner, emphasizing the need for knowledge in analytical chemistry and engineering.
  • Another participant outlines various analytical techniques used in chemistry, such as mass spectroscopy, nuclear magnetic resonance, and infrared spectroscopy, noting their respective functions and complexities.
  • Some participants discuss the idea of integrating a molecular scanner into a smartphone or a miniaturized device, referencing existing products like MyDx.
  • There is mention of a pocket spectrometer and inquiries about its availability and functionality in scanning various substances.
  • Participants express uncertainty about the availability of certain products and discuss alternatives, such as Truscan, while noting its limitations.
  • One participant acknowledges a misunderstanding in the discussion, indicating a need for clearer communication.

Areas of Agreement / Disagreement

Participants do not reach a consensus on the feasibility of creating a molecular scanner or the best methods to achieve this. Multiple competing views and uncertainties regarding available technologies and their applications remain present throughout the discussion.

Contextual Notes

Participants highlight the complexity of creating a molecular scanner, including the need for high sensitivity and specific analytical techniques. There are also references to existing products that may not fully meet the discussed requirements.

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good morning everyone. Please, I shall like knowing how to make a molecular scanner. To determine the composition of medicine
 
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This is not something you do just by snapping your fingers. But if you are really interested, I suggest you start by finishing an analytical chemistry course - after that you will know of what can't be done, what can, and how and why. Then it is a matter of engineering (which can mean another degree).
 
Borek said:
This is not something you do just by snapping your fingers. But if you are really interested, I suggest you start by finishing an analytical chemistry course - after that you will know of what can't be done, what can, and how and why. Then it is a matter of engineering (which can mean another degree).
 
I know that it is not easy, I looked for people in my circle of acquaintances to help, but they were all occupied to the corruption. I shall like making it and used the Transformed of Laplace Inverse
 
What exactly are you looking for? Elemental Composition? Molecular structure?

Most of the time, chemists use combination of several analytical apparatus to identify a molecule. That is, mass spectroscopy, elemental analysis, nuclear magnetic resonance, infrared spectroscopy, etc. Mass spectroscopy gives information on the weight of the molecule as well as weight of its unstable fragments. Elemental analysis gives information on the weight percentage of several element, primarily carbon, hydrogen, and nitrogen (some other elements are also available). Nuclear magnetic resonance gives information on ratio of number of hydrogen as well as its surrounding environment (this can be expanded to other NMR active elements too). Infrared spectroscopy gives information on the vibrating groups in a molecule. C=C stretching modes, -CH3 rotating modes, etc.

The most realistic apparatus to make is elemental analysis. However, even this isn't so easy since you need very high sensitivity scales, good catalysts so that the sample burns completely, etc.
 
For what I look, it is a detector of molecule, such as the spectrometer in infrared. I think that it is compulsory that this scanner is in a smartphone, even if shall be it the ideal. He could be in a miniaturized device connected to the smartphone as the MyDx. what you think of it ? Too much complicated? I do not plan to realize it by myself because I have no required competence. But I can establish one an effective base of data based on composition of medicine chosen
 
For what I look, it is a detector of molecule, such as the spectrometer in infrared. I think that it is compulsory that this scanner is in a smartphone, even if shall be it the ideal. He could be in a miniaturized device connected to the smartphone as the MyDx. what you think of it ? Too much complicated? I do not plan to realize it by myself because I have no required competence. But I can establish one an effective base of data based on composition of medicine chosen
 
I have just read, and yes, it is the same process. Scio and MyDx uses the same technique and it is the same about which I speak I believe
 
  • #10
I don't know if the Scio will even be really available.. do you know of other brands of portal spectrometer like raman that I can acquire now? just to scan medicine, food, bombs and others.. for fun and learning..
 
  • #11
No, it is only that I know which said to scan every these product and which is connected. You already have it
 
  • #12
You can also use truscan, but it is only for medicine, it is not connected and I find that it is cumbersome
 
  • #13
Haha. I have just reread your comment, and I realize that I had not well understood it. I would have to revise my English I think. sorry!
 

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