Chromatography Applications and Advantages

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Gas chromatography (GC) and high-pressure liquid chromatography (HPLC) are recognized as effective analytical tools in the pharmaceutical industry, primarily for analyzing compounds rather than for separation processes. There is a notable sentiment within the industry that chromatography is less favored due to its associated costs and time consumption, with some professionals expressing a preference for methods that prioritize yield over separation efficiency. While chromatography does facilitate the separation of components, the discussion highlights a misunderstanding regarding its primary application. Preparative chromatography is acknowledged as a method for bulk separation, but the focus remains on its analytical capabilities in the pharmaceutical context. The conversation also touches on the economic implications of chromatography, noting that regulatory costs can significantly impact its feasibility for commercial separation applications.
sanjuro
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What are the applications and advantages/disdvantages of using gas
and high pressure chromatography? Why does the pharmaceutial industry
use chromatography?

Any info would be much appreciated

Thanx
 
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Term paper, huh? Look for "review" articles --- Chemical Review is an obvious first place, then it's off to Chem. Abstracts, or Physics Abstracts.
 
GC and HPLC are great analytical tools. But can't be used for seperation. The pharmaceutical industry hates chromatography with a passion and would much rather take a hit with yield than not running a seperation.
 
Originally posted by Chemicalsuperfreak
GC and HPLC are great analytical tools. But can't be used for seperation. The pharmaceutical industry hates chromatography with a passion and would much rather take a hit with yield than not running a seperation.

I don't quite understand, why you even say that they can not be used for seperation. They are not meant for seperating, only for analyzing.

Nautica
 
Originally posted by nautica
I don't quite understand, why you even say that they can not be used for seperation. They are not meant for seperating, only for analyzing.

Nautica

Other forms of chromatography are commonly used for bulk seperation. They all separate of course...
 
"Preparative chromatography" produces 2k hits, GC, LC, and HPLC --- analysis rather than separation? Huh? That's the analytical principle --- the separation of components from each other.

Iowa State (?) used to run a commercial separation of lanthanides; this day and age, EPA and OSHA would probably bankrupt you with disposal fees before you could fail gracefully as a consequence of an insufficient market for chromatographic separations --- it's expensive, it's a special case (cost is no object) method, and it's entirely too time consuming for accounting depts/divs.

2k hits? Obviously still around.

Edit: Google math is as peculiar as "new math," 2k = 575 by actual count.
 
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I came.across a headline and read some of the article, so I was curious. Scientists discover that gold is a 'reactive metal' by accidentally creating a new material in the lab https://www.earth.com/news/discovery-that-gold-is-reactive-metal-by-creating-gold-hydride-in-lab-experiment/ From SLAC - A SLAC team unexpectedly formed gold hydride in an experiment that could pave the way for studying materials under extreme conditions like those found inside certain planets and stars undergoing...

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