
The Powerful Benefits of Pairwise Distribution Function
Using PDF approaches you can confirm \u2014 and even solve \u2014 the molecular structure itself of new materials that we haven\u2019t been able to properly analyze up until now.
In this episode, Simon Bates, VP of Science and Technology at Rigaku, shares why PDF and total diffraction combined together are so powerful in confirming molecular structures and why they are opening the door to new materials in pharmaceutics.
We discuss:
- The uses for PDF
- The challenges of total diffraction and PDF
- Keeping track of advances in PDF approaches
Check out these resources we mentioned during the podcast:
- The Collected Papers of Peter J.W. Debye
- Underneath the Bragg Peaks: Structural Analysis of Complex Materials by Takeshi Egami
- International Tables for Crystallography: Volume H, Powder Diffraction
- Pharmalytical Summit 2021
For more insights into the pharmaceutical industry, subscribe to the show on Apple Podcasts, Spotify, or wherever podcasts are found.
Listening on a desktop & can\u2019t see the links? Just search for The Pharma Lab Show in your favorite podcast player.<\/p>","mediaUrl":"https:\/\/dts.podtrac.com\/redirect.mp3\/api.spreaker.com\/download\/episode\/51915721\/audio_176053_13293_18747_e1f24f5f_10ae_4bf1_872f_60f19d704910.mp3","mediaType":"audio\/mpeg","mediaDuration":null,"mediaDurationText":null,"releaseDate":"2021-08-24","artwork":{"src":"https:\/\/is1-ssl.mzstatic.com\/image\/thumb\/Podcasts125\/v4\/27\/5d\/dc\/275ddcea-5664-7376-d6ca-5677b9ec507c\/mza_12185127924265738994.jpg\/1200x1200bb.jpg","srcset":["\/img\/empty.gif 10w","https:\/\/is1-ssl.mzstatic.com\/image\/thumb\/Podcasts125\/v4\/27\/5d\/dc\/275ddcea-5664-7376-d6ca-5677b9ec507c\/mza_12185127924265738994.jpg\/80x80bb-75.jpg 80w","https:\/\/is1-ssl.mzstatic.com\/image\/thumb\/Podcasts125\/v4\/27\/5d\/dc\/275ddcea-5664-7376-d6ca-5677b9ec507c\/mza_12185127924265738994.jpg\/160x160bb-75.jpg 160w","https:\/\/is1-ssl.mzstatic.com\/image\/thumb\/Podcasts125\/v4\/27\/5d\/dc\/275ddcea-5664-7376-d6ca-5677b9ec507c\/mza_12185127924265738994.jpg\/320x320bb-75.jpg 320w","https:\/\/is1-ssl.mzstatic.com\/image\/thumb\/Podcasts125\/v4\/27\/5d\/dc\/275ddcea-5664-7376-d6ca-5677b9ec507c\/mza_12185127924265738994.jpg\/640x640bb-75.jpg 640w","https:\/\/is1-ssl.mzstatic.com\/image\/thumb\/Podcasts125\/v4\/27\/5d\/dc\/275ddcea-5664-7376-d6ca-5677b9ec507c\/mza_12185127924265738994.jpg\/1280x1280bb-75.jpg 1280w"]},"url":"https:\/\/american-podcasts.com\/podcast\/the-pharma-lab-show\/the-powerful-benefits-of-pairwise-distribution-fun","guid":"8ee48246-3959-4dc4-858e-482602c97995","podcast":{"id":"the-pharma-lab-show","name":"The Pharma Lab Show","description":"
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Each episode features interviews with industry leaders and experts who share how they are working tirelessly to bring these life-changing products into the world.<\/p>","artwork":{"src":"https:\/\/is1-ssl.mzstatic.com\/image\/thumb\/Podcasts125\/v4\/27\/5d\/dc\/275ddcea-5664-7376-d6ca-5677b9ec507c\/mza_12185127924265738994.jpg\/1200x1200bb.jpg","srcset":["\/img\/empty.gif 10w","https:\/\/is1-ssl.mzstatic.com\/image\/thumb\/Podcasts125\/v4\/27\/5d\/dc\/275ddcea-5664-7376-d6ca-5677b9ec507c\/mza_12185127924265738994.jpg\/80x80bb-75.jpg 80w","https:\/\/is1-ssl.mzstatic.com\/image\/thumb\/Podcasts125\/v4\/27\/5d\/dc\/275ddcea-5664-7376-d6ca-5677b9ec507c\/mza_12185127924265738994.jpg\/160x160bb-75.jpg 160w","https:\/\/is1-ssl.mzstatic.com\/image\/thumb\/Podcasts125\/v4\/27\/5d\/dc\/275ddcea-5664-7376-d6ca-5677b9ec507c\/mza_12185127924265738994.jpg\/320x320bb-75.jpg 320w","https:\/\/is1-ssl.mzstatic.com\/image\/thumb\/Podcasts125\/v4\/27\/5d\/dc\/275ddcea-5664-7376-d6ca-5677b9ec507c\/mza_12185127924265738994.jpg\/640x640bb-75.jpg 640w","https:\/\/is1-ssl.mzstatic.com\/image\/thumb\/Podcasts125\/v4\/27\/5d\/dc\/275ddcea-5664-7376-d6ca-5677b9ec507c\/mza_12185127924265738994.jpg\/1280x1280bb-75.jpg 1280w"]},"url":"https:\/\/american-podcasts.com\/podcast\/the-pharma-lab-show"}})">
Pairwise distribution function (PDF) can be a very useful tool for pharmaceutical professionals, especially when characterizing active pharmaceutical ingredients.
Using PDF approaches you can confirm — and even solve — the molecular structure itself of new materials that we haven’t been able to properly analyze up until now.
In this episode, Simon Bates, VP of Science and Technology at Rigaku, shares why PDF and total diffraction combined together are so powerful in confirming molecular structures and why they are opening the door to new materials in pharmaceutics.
We discuss:
- The uses for PDF
- The challenges of total diffraction and PDF
- Keeping track of advances in PDF approaches
Check out these resources we mentioned during the podcast:
- The Collected Papers of Peter J.W. Debye
- Underneath the Bragg Peaks: Structural Analysis of Complex Materials by Takeshi Egami
- International Tables for Crystallography: Volume H, Powder Diffraction
- Pharmalytical Summit 2021
For more insights into the pharmaceutical industry, subscribe to the show on Apple Podcasts, Spotify, or wherever podcasts are found.
Listening on a desktop & can’t see the links? Just search for The Pharma Lab Show in your favorite podcast player.
The Pharma Lab Show
The Pharma Lab Show is a podcast exploring the technologies, analysis, and innovation that goes into bringing the pharmaceuticals that allow humanity to live longer, fuller, healthier lives.
Each episode features interviews with industry leaders and experts who share how they are working tirelessly to bring these life-changing products into the world.
- No. of episodes: 11
- Latest episode: 2022-07-14
- Science Chemistry Life Sciences