Will paypall 20$-for a brief interview-3 questions-

[Sruby]

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If you work in pathology and want to help a high school student on a minor project let me know.

Email is [email protected]

The questions are basically 3 specific examples of using chemistry in your field of work. I know silly or w/e but need actual calculations you perform etc. It helps if its as basic as possible since its just for my baby chem class-sophomore in high school- I have a list of intro topics that I can use but you could go into more detail if you like. Just think intro high school chem topics.-can send you list if interested-

Let me know either in pm/email or in this thread I need it done by this weekend though.

Thanks for any help you can provide, again you don't have to be a pathologist you can be a technician or assistant as long as you work in pathology and do use some chemistry in your work.

This should only take you a few minutes of your time and you are helping me our greatly and making quick buck.

 

[Sruby]

If you are a medical student going into pathology you should be able to help me also, just email me if it takes you longer then a few minutes to answer I will give you more money. Thanks

 

[KLPM]

Pathology training is very rigorous and involves deep understanding of not only medicine but fundamental principles of physics, chemistry, pure mathematics, computer science and philosophy. Not only are they the doctor's doctor and nerds of the nerds, they are also the most physically capable of human beings requiring mastery of hand-to-hand combat and various weapons (including guns and nunchucks) for their forensics work (just look at any of the CSI shows). Furthermore, pathologists have long been recognised as the most attractive of all physicians capable of copulating with copious number of people of the opposite or even same sex concurrently or consecutively.

In terms of your specific question: " 3 specific examples of using chemistry in your field of work". Since I am not a pathologist I cannot provide any concrete examples but I am sure some of the other doctors here will be happy to help. Pathologists routinely perform complex quantum calculations that even supercomputers struggle to. A thorough understanding of molecular orbital theory to model the various chemicals used in routine laboratory stains allow for an accurate interpretation of tissue sections. A second area is an intricate understanding of all biochemical pathways that occur in the body from exact mechanisms of actions to the energetics involved. This allows one to deduce how diseases will present both macroscopically and microscopically. Lastly, a common calculation performed is looking at the concentration of ethanol in commercial beverages and taking one's pharmacokinetics into account to deduce how much one may ingest and still not be under the influence of this organic compound while on the job or on the road.

In summary, pathologists are the kings of kings, the Gods among mortal men. Competition is fierce to get into this lucrative field both for financial gains and personal satisfaction. What do you call a poor pathologist? Nothing. There is no such thing.

 

[Sruby]

Pathology training is very rigorous and involves deep understanding of not only medicine but fundamental principles of physics, chemistry, pure mathematics, computer science and philosophy. Not only are they the doctor's doctor and nerds of the nerds, they are also the most physically capable of human beings requiring mastery of hand-to-hand combat and various weapons (including guns and nunchucks) for their forensics work (just look at any of the CSI shows). Furthermore, pathologists have long been recognised as the most attractive of all physicians capable of copulating with copious number of people of the opposite or even same sex concurrently or consecutively.

In terms of your specific question: " 3 specific examples of using chemistry in your field of work". Since I am not a pathologist I cannot provide any concrete examples but I am sure some of the other doctors here will be happy to help. Pathologists routinely perform complex quantum calculations that even supercomputers struggle to. A thorough understanding of molecular orbital theory to model the various chemicals used in routine laboratory stains allow for an accurate interpretation of tissue sections. A second area is an intricate understanding of all biochemical pathways that occur in the body from exact mechanisms of actions to the energetics involved. This allows one to deduce how diseases will present both macroscopically and microscopically. Lastly, a common calculation performed is looking at the concentration of ethanol in commercial beverages and taking one's pharmacokinetics into account to deduce how much one may ingest and still not be under the influence of this organic compound while on the job or on the road.

In summary, pathologists are the kings of kings, the Gods among mortal men. Competition is fierce to get into this lucrative field both for financial gains and personal satisfaction. What do you call a poor pathologist? Nothing. There is no such thing.

 

[Path_to_Endo]

Wow, I wish I could share this delusion. Path is quite the opposite in reality! We're mostly at the beck and call of our surgical/medical colleagues.

 

[pianoguy05]

If you post your specific questions here, I'm sure that you'll get a variety of valid responses. Pathologists are teachers, and I'm sure that members of this field would be happy to address questions specifically without charging you a nominal fee for consultation...particularly for a school assignment.

 

[Sruby]

If you post your specific questions here, I'm sure that you'll get a variety of valid responses. Pathologists are teachers, and I'm sure that members of this field would be happy to address questions specifically without charging you a nominal fee for consultation...particularly for a school assignment.

Well for my assignment I had to have them pick 3 topics from this list

7. Temperature (Kelvin)
8. Heat
9. Specific heat capacity
10. Atomic number
11. Law of definite composition
12. Law of conservation of mass
13. Law of conservation of energy
14. Types of radiation (alpha, beta, gamma)
15. Isotopes
16. Nomenclature
17. Solubility
18. Double-replacement/Precipitation reactions
19. Acid-base/Neutralization reactions
20. Gas evolution reactions
21. Avogadro’s number
22. Molar mass
23. Molar volume
24. Percent composition
25. Empirical and molecular formulas
26. Stoichiometry
27. Limiting reactants
28. Percent yield
29. Supersaturated solutions
30. Mass/mass percent concentration
31. Molar concentration/Molarity
32. Dilution
33. Solution stoichiometry

Then have them give me an example of how it might be used in pathology. Thats it basically. Would be helpful if had a actual calculation they performed, like balanced equations, amounts used, amounts produced, yield etc. These are the topics we have covered so far in my high school class. Figured since it is taking their time a small fee for helping me was fair.

 

[Scania]

Pathology training is very rigorous and involves deep understanding of not only medicine but fundamental principles of physics, chemistry, pure mathematics, computer science and philosophy. Not only are they the doctor's doctor and nerds of the nerds, they are also the most physically capable of human beings requiring mastery of hand-to-hand combat and various weapons (including guns and nunchucks) for their forensics work (just look at any of the CSI shows). Furthermore, pathologists have long been recognised as the most attractive of all physicians capable of copulating with copious number of people of the opposite or even same sex concurrently or consecutively.

In terms of your specific question: " 3 specific examples of using chemistry in your field of work". Since I am not a pathologist I cannot provide any concrete examples but I am sure some of the other doctors here will be happy to help. Pathologists routinely perform complex quantum calculations that even supercomputers struggle to. A thorough understanding of molecular orbital theory to model the various chemicals used in routine laboratory stains allow for an accurate interpretation of tissue sections. A second area is an intricate understanding of all biochemical pathways that occur in the body from exact mechanisms of actions to the energetics involved. This allows one to deduce how diseases will present both macroscopically and microscopically. Lastly, a common calculation performed is looking at the concentration of ethanol in commercial beverages and taking one's pharmacokinetics into account to deduce how much one may ingest and still not be under the influence of this organic compound while on the job or on the road.

In summary, pathologists are the kings of kings, the Gods among mortal men. Competition is fierce to get into this lucrative field both for financial gains and personal satisfaction. What do you call a poor pathologist? Nothing. There is no such thing.

lmfao

 

[KLPM]

Does it have to be pathologists? Personal experience tells me ICU/Anaesthesia folks do a lot more calculations particularly acid-base stuff same with renal physicians who also seem to enjoy scribbling chemical reactions. Radiation oncology deal more with the radiation and isotope stuff.

7. Temperature (Kelvin)
8. Heat
9. Specific heat capacity
10. Atomic number
11. Law of definite composition
12. Law of conservation of mass
13. Law of conservation of energy
14. Types of radiation (alpha, beta, gamma)
15. Isotopes
16. Nomenclature
17. Solubility
18. Double-replacement/Precipitation reactions
19. Acid-base/Neutralization reactions
20. Gas evolution reactions
21. Avogadro’s number
22. Molar mass
23. Molar volume
24. Percent composition
25. Empirical and molecular formulas
26. Stoichiometry
27. Limiting reactants
28. Percent yield
29. Supersaturated solutions
30. Mass/mass percent concentration
31. Molar concentration/Molarity
32. Dilution
33. Solution stoichiometry

 

[Sruby]

Does it have to be pathologists? Personal experience tells me ICU/Anaesthesia folks do a lot more calculations particularly acid-base stuff same with renal physicians who also seem to enjoy scribbling chemical reactions. Radiation oncology deal more with the radiation and isotope stuff.

Yeah thats fine then if you can do 3 of them I will paypall you the money. Let me know in email or on here thanks. If it takes you longer then like 30 min i'll double it since could really use the help.

 

[deleted314957]

If you post your specific questions here, I'm sure that you'll get a variety of valid responses. Pathologists are teachers, and I'm sure that members of this field would be happy to address questions specifically without charging you a nominal fee for consultation...particularly for a school assignment.

Nominal fee of $20----about what the gov't thinks it is worth for me to diagnose breast cancer.
had a plumber come out a couple years ago for a drain and he said (almost verbatim) that it costs a minimum of $100 if they take the "snake" off the truck.

 

[Sruby]

A bump for anyone in the medical field who might help me

 

[mycatishuge]

Go to Pubmed.
In the search bar put the word pathology followed by one thing from the list of terms. Read through the abstracts that come up. Google terms that you don't understand. After reading through a couple you will stumble upon one simpler abstract.
Its you assignment and that's how you can learn more about it.

 

[WEBB PINKERTON]

Can we receive Bitcoin in return? Does LADoc think bitcoin is better than US currency?