Podcasts about electrophoresis

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Best podcasts about electrophoresis

Latest podcast episodes about electrophoresis

Speaking of Mol Bio
Season 3 spoilers – innovation, inspiration, and insight

Speaking of Mol Bio

Play Episode Listen Later Dec 18, 2024 4:36


The start of Season 3 is just around the corner, slated to start in January 2025. What's the new season hold in store you might ask? Steve assures us he'll be back hosting Season 3 and teases at topics that are coming. These include biosecurity, bioengineering, polymer degradation, genetics of obesity, CROs and how they utilize mol bio, platelet biology, and epitranscriptomics. As if that were not enough to get you excited about the new season, Steve also teases on the inclusion of Mol Bio Minutes mini episodes in the upcoming season. These short but oh, so helpful episodes will cover molecular biology lab techniques – sure to be a hit with those working in the lab. Subscribe to get future episodes as they drop and if you like what you're hearing we hope you'll share a review or recommend the series to a colleague.  Visit the Invitrogen School of Molecular Biology to access helpful molecular biology resources and educational content, and please share this resource with anyone you know working in molecular biology. For Research Use Only. Not for use in diagnostic procedures.

Two Onc Docs
Hemoglobin Electrophoresis

Two Onc Docs

Play Episode Listen Later Nov 11, 2024 19:39


This week's episode will be focusing on Hemoglobin (Hb) electrophoresis. We will go important details on what Hb electrophoresis is, the normal breakdown of adult hemoglobin, and specific hemoglobinopathies (thalassemias, sickle cell, Lepore...) you can be tested on during your ITEs and hematology boards.

Opinionated Science
Opinionated Science Sneak Peek: How To Simplify Your Electrophoresis Workflow

Opinionated Science

Play Episode Listen Later Feb 1, 2023 2:00


Opinionated Science welcomes Paulius Palaima for a remarkable behind-the-scenes look into the world of Electrophoresis. Lucy and Paulius discuss the Invitrogen E-gel Power Snap Plus electrophoresis system, and the features and benefits in both high- and low-throughput applications...there's even a mention of Pokémon to listen out for! Listen to the full episode now.     

Clinical Chemistry Podcast
Neutral-Coating Capillary Electrophoresis Coupled with High-Resolution Mass Spectrometry for Top-Down Identification of Hemoglobin Variants

Clinical Chemistry Podcast

Play Episode Listen Later Jan 13, 2023 11:52


Edicion Limitada
Edicion Limitada - 20 de Junio del 2022

Edicion Limitada

Play Episode Listen Later Jun 21, 2022 163:03


Edición Limitada - 20 de Junio del 2022. Producción, realización y conducción: Francisco J. Brenes. Presentando música de Sun's Signature, JB Dunckel, Zola Jesus, Jack White, A.A. Williams, And You Will Know Us By the Trail of Dead, Bastille, Sinead O'Brien, Gaz Coombes, Dream Dali, Editors, Belle and Sebastian, Lightning Seeds, Simple Minds, Buzzcocks, Dummy, Dry Cleaning, Tim Burgess, Pixies, The Beths, Dion Lunadon, High Vis, Metric, Young Guv, Bartees Strange, Kula Shaker, Declan Welsh And The Decadent West, Melts, William Orbit con Polly Scattergood, Chemical Brothers, Rosie Thorne, Flasher, Röyksopp con Karen Harding, Hercules & Love Affair, Utah Saints, Neu!, Electrophoresis con Molchat Doma, Front Line Assembly, Adult. y Black Magnet.

HardwareX Podcasts
Open-source pulsed-field gel electrophoresis (with Diego Lagos-Susaeta from Santiago, Chile)

HardwareX Podcasts

Play Episode Listen Later Feb 25, 2022 16:51


In this second episode of HardwareX Season 2 podcasts, our guest is Diego Lagos-Susaeta who is affiliated with the Centre for Biotechnology and Bioengineering (CeBiB), Department of Chemical Engineering, Biotechnology and Materials, University of Chile, Santiago, Chile. Our guest is the first author of an HardwareX article titled “openPFGE: An open source and low cost pulsed-field gel electrophoresis equipment” along with co-authors  Oriana Salazar and Juan A. Asenjo from the same university. For this episode, the host and content creator is Dr. Sanli Faez who is an Assistant Professor of Physics at Utrecht University. The post-editing and production was handled by Dr. Santosh Pandey who is an Associate Professor in Electrical Engineering at Iowa State University. The theme music is provided by Oleksandr Savochka from Pixabay.

AES Drilling Fluids | Better Fluids Equal Better Wells

Electrophoresis techniques allow for separation and reuse in a number of industrial and biomedical processes. What can they do for drilling fluids?

electrophoresis
AES Drilling Fluids | Better Fluids Equal Better Wells

Electrophoresis techniques allow for separation and reuse in a number of industrial and biomedical processes. What can they do for drilling fluids?

electrophoresis
Almost Human with OSUZ504
X Series - Genetic Engineering Lab Methods

Almost Human with OSUZ504

Play Episode Listen Later Nov 17, 2021 44:34


Introduction to Genetic Engineering, chapter 3. Electrophoresis, DNA/RNA isolation, gene sequencing, cellular preparation, biochemical considerations. --- Support this podcast: https://anchor.fm/osuz504-tech/support

Dr. Acharya Academy
Analytical chemistry, Chapter-21, Session-5, Electrophoresis

Dr. Acharya Academy

Play Episode Listen Later Sep 7, 2021 21:47


This topic is part of chapter-21 of the book"Analytical Chemistry", written by G. D. Christian and others

analytical chemistry electrophoresis
Dr. Acharya Academy
Analytical chemistry, Chapter-21, Session-6. Capillary electrophoresis.

Dr. Acharya Academy

Play Episode Listen Later Sep 7, 2021 56:50


This topic has been described from the book, "Analytical Chemistry", by G. D Christian and others

My AP Biology Thoughts
Biotechnology

My AP Biology Thoughts

Play Episode Listen Later Jun 2, 2021 5:51


My AP Biology Thoughts  Unit 6 Gene Expression and RegulationWelcome to My AP Biology Thoughts podcast, my name is Sid and I am your host for episode #112 called Unit 6 Gene Expression and Regulation: Biotechnology. Today we will be discussing how we use technology to study how the mechanisms of DNA and gene expression work. Segment 1: Introduction to BiotechnologyThe four main processes used in biotechnology that relate to this unit are bacteria transformation, PCR, electrophoresis, and DNA sequencing. Bacterial transformation makes multiple copies of a recombinant DNA molecule. PCR is used to produce millions of copies of a DNA sequence from an initial sample. Electrophoresis separates DNA and RNA molecules by their size and their electrical charge. DNA sequencing is used to determine the sequence of the bases in a DNA molecule. Segment 2: More About BiotechnologyFirst we'll talk about bacterial transformation. The process of bacterial transformation starts with mixing the prepared bacteria with DNA. Then the bacteria are heat shocked. This allows them to take up a plasmid. The bacteria that take up the plasmid become resistant to antibiotics, so we place all of the bacteria on an antibiotic plate. The ones that survive are the ones that are known to have taken up the plasmid since they survived the antibiotic. The bacteria without the plasmid end up dying. The bacteria that survived end up being used to create a cluster of identical bacteria that also contain the plasmid. The colony containing the plasmid is grown and used to produce the plasmid or proteins. Another form of biotechnology is PCR. To begin, the main ingredients (taq polymerase, primers, template DNA, nucleotides, and cofactors) are all added in a tube. The first step of PCR is denaturation. In denaturation the reaction is heated so that the DNA strands separate and create single strands. The next step is annealing where the reaction is cooled so that the primers bind to the complementary sequence on the DNA strands. The third step is extension. In this step the temperature is raised again so that the taq polymerase starts at the primers and synthesizes new strands of DNA. This cycle repeats between 25-35 times which ends up creating millions of copies of the same DNA region. Electrophoresis is another form of important bio technology. In electrophoresis, DNA samples are placed into indentations at one end of a gel. THis gel gets an electric current applied to it. Since DNA fragments are negatively charged, they move towards the positive electrode. Because the DNA fragments have the same charge, the smaller fragments are able to move through the gel faster than the large ones. This allows the DNA to be separated by size. The gel is then stained with a DNA binding dye which makes the DNA fragments appear as bands so that they can be observed. The last thing we are going to talk about is DNA sequencing. In DNA sequencing, the DNA strand goes through bacterial transformation so that we can produce many copies of it in a plasmid. The DNA is then isolated and goes into a plate with other ingredients like the DNA bases, DNA polymerase, primers, and modified bases labeled with colored fluorescent tags called terminator bases. This mixture then goes through a process very similar to PCR. The difference is when polymerase adds the bases, it eventually adds a terminal base which makes it so that no more bases can be added to the strand of DNA. This then produces lots of fragments of DNA at different lengths. Then when we separate them by size through electrophoresis, we can figure out where the beginning of the sequence is. When the fragments are separated in the gel, a laser reads the terminator base of each strand which gives us the full sequence of bases Segment 3: Connection to the Course It's important for us to know how these different processes work because it helps us understand how we apply the things we know about gene expression and...

PaperPlayer biorxiv biochemistry
Analysis of Inositol Phosphate Metabolism by Capillary Electrophoresis Electrospray Ionization Mass Spectrometry (CE-ESI-MS)

PaperPlayer biorxiv biochemistry

Play Episode Listen Later Aug 28, 2020


Link to bioRxiv paper: http://biorxiv.org/cgi/content/short/2020.08.27.270405v1?rss=1 Authors: Qiu, D., Wilson, M. S., Eisenbeis, V. B., Harmel, R., Riemer, E., Haas, T. M., Wittwer, C., Jork, N., Gu, C., Shears, S. B., Schaaf, G., Kammerer, B., Fiedler, D., Saiardi, A., Jessen, H. J. Abstract: The analysis of myo-inositol phosphates (InsPs) and myo-inositol pyrophosphates (PP-InsPs) is a daunting challenge due to the large number of possible isomers, the absence of a chromophore, the high charge density, the low abundance, and the instability of the esters and anhydrides. Given their importance in biology, an analytical approach to follow and understand this complex signaling hub is highly desirable. Here, capillary electrophoresis (CE) coupled to electrospray ionization mass spectrometry (ESI-MS) is implemented to analyze complex mixtures of InsPs and PP-InsPs with high sensitivity. Stable isotope labeled (SIL) internal standards allow for matrix-independent quantitative assignment. The method is validated in wild-type and knockout mammalian cell lines and in model organisms. SIL-CE-ESI-MS enables for the first time the accurate monitoring of InsPs and PP-InsPs arising from compartmentalized cellular synthesis pathways, by feeding cells with either [13C6]-myo-inositol or [13C6]-D-glucose. In doing so, we uncover that there must be unknown inositol synthesis pathways in mammals, highlighting the unique potential of this method to dissect inositol phosphate metabolism and signalling. Copy rights belong to original authors. Visit the link for more info

MCAT Modules - Review
8:1. Gel Electrophoresis

MCAT Modules - Review

Play Episode Listen Later Aug 15, 2020 6:31


GE find us the length of a DNA Strand (how many base pairs long).

ge electrophoresis
The APsolute RecAP: Biology Edition
The APsolute Recap: Biology Edition - Biotechnology

The APsolute RecAP: Biology Edition

Play Episode Listen Later May 4, 2020 9:10


Episode 33 recAPs genetic engineering techniques of biotechnology. Electrophoresis separates molecular fragments according to size and charge visually (1:00). PCR amplifies DNA fragments, making thousands of copies from even the smallest sample (2:35). Bacterial transformation introduces foreign DNA into bacterial cells (4:00). DNA sequencing is a part of biotechnology, but typically not working with an entire genome at one time (6:15).The Question of the Day asks (8:08) “Which cells in the human body do NOT contain nuclear DNA?Thank you for listening to The APsolute RecAP: Biology Edition!(AP is a registered trademark of the College Board and is not affiliated with The APsolute RecAP. Copyright 2020 - The APsolute RecAP, LLC. All rights reserved.)Website:www.theapsoluterecap.comEMAIL:TheAPsoluteRecAP@gmail.comFollow Us:INSTAGRAMTWITTER

Superheroes of Science
David Sanders, Professor of Biological Sciences, delivers genes to target cells via modified viruses to promote gene therapy.

Superheroes of Science

Play Episode Listen Later Apr 27, 2020 32:40


David Sanders, Associate Professor in the Department of Biological Sciences at Purdue University, works on introducing genes, or nucleic acids (DNA and RNA), into cells with the hope of producing a therapeutic benefit to treat disease. Using the virus as a shell, David can manipulate different properties of a virus. One modification involves changing the proteins on the outside of the virus. The modified virus can then be used as a delivery vehicle for introducing genes into particular targeted cells. Different viruses target different types of cells: some viruses want to go into white blood cells, liver cells, brain cells, or cells in the respiratory tract. Gene therapies are probably best known for their use in treating genetic diseases such as sickle cell anemia and cystic fibrosis. However, gene therapy can also be used to treat cancer and, of current interest, to generate an immune response against coronaviruses. Viruses have perfected the technique of bringing nucleic acids into cells. Instead of having viruses transmit their own nucleic acids, David modifies them to transfer preferred genes. David refers to these as “mix and match viruses” because they take certain traits from different viruses to make an ideal combination for delivering gene therapy. One safety modification used in his lab is to fix the viruses so that they can’t reproduce themselves. David’s group has worked on a virus that acts like a retrovirus on the inside. Retroviruses go backward from RNA to DNA, meaning the gene a retrovirus delivers becomes permanently incorporated into the target cell. The protein on the outside of the virus that David’s group studies was replaced with a protein found on the outside of the Ebola virus. This allowed his group to target cells found in the lung airway epithelium where it would be ideal to target gene delivery in order to cure cystic fibrosis.  Another interest of David’s involves the ethics surrounding the process of scientific publication and the peer review process. David comments on safeguards that can be used to help prevent bias within research science. It’s important for the scientists who first come up with an idea to be properly credited for their work.       Link to worksheet: https://docs.google.com/document/d/1ypanmpf8jsepFQOKdwycT4cncryURg2epUN4_sazwE0/edit?usp=sharing

CAPcast
Breaking Down the Complexities of Protein Electrophoresis Analysis

CAPcast

Play Episode Listen Later Sep 16, 2019 2:55


Protein electrophoresis is commonly ordered for patients with suspected or known plasma cell disorders. Pathologists may sometimes be unsure of the sequence in which tests should be ordered when evaluating for a plasma cell neoplasm, and it’s important to understand the utility and the limitations of each test, and its unique role in arriving at an accurate conclusion. In this CAPcast, Dr. Diana Desai provides an overview of protein electrophoresis and some challenges that pathologists should be aware of when ordering these tests. Dr. Desai developed a course on this topic as part of the CAP’s Clinical Laboratory Improvement Program, or CPIP (https://capatholo.gy/32LNx80).

JALM Talk Podcast
Isotyping of Paraprotein Irresolvable by Routine Immunofixation Electrophoresis

JALM Talk Podcast

Play Episode Listen Later Jul 30, 2019 10:20


Serum protein electrophoresis and immunofixation electrophoresis are critical laboratory assays in the identification of monoclonal proteins.  Monoclonal proteins, also called “M spikes” or “paraproteins,” may be due to monoclonal gammopathy of undetermined significance, but they may also indicate malignant diagnoses such as multiple myeloma or lymphoplasmacytic lymphoma. Protein electrophoresis separates the proteins in a patient sample by their size and charge and allows for the detection of abnormal monoclonal proteins.  Immunofixation electrophoresis is used to determine the type of monoclonal protein present.  Both methods are technically challenging and require interpretation by a qualified laboratory professional. Occasionally, anomaly such as immunoglobulin complexes or temperature sensitive cryoglobulins distort the protein separation and prevent accurate interpretation of test results. A case study published in the July 2019 issue of the Journal of Applied Laboratory Medicine describes a patient whose monoclonal protein was not identifiable by routine protein electrophoresis and immunofixation methods.  The Case Report suggests steps that laboratories may take to reduce artifacts and identify monoclonal proteins accurately.

Biochemistry (BIO/CHEM 4361) - Fall 2015
7c. Protein Purification: Separating Proteins Through Salting Out, Column Chromatography, and Electrophoresis

Biochemistry (BIO/CHEM 4361) - Fall 2015

Play Episode Listen Later Oct 14, 2015 45:53


Description Not Provided.

Biochemistry (BIO/CHEM 4361) - Fall 2015
7c. Protein Purification: Separating Proteins Through Salting Out, Column Chromatography, and Electrophoresis

Biochemistry (BIO/CHEM 4361) - Fall 2015

Play Episode Listen Later Oct 14, 2015 45:53


OCW Scholar: Fundamentals of Biology
Agarose Gel Electrophoresis, DNA Sequencing, PCR, Lecture Video Excerpt 1

OCW Scholar: Fundamentals of Biology

Play Episode Listen Later Jun 18, 2015 17:46


Professor Lander explains methods of analyzing a gene of interest after it has been cloned.

lecture excerpt dna sequencing electrophoresis agarose gel
OCW Scholar: Fundamentals of Biology
Agarose Gel Electrophoresis, DNA Sequencing, PCR, Excerpt 2

OCW Scholar: Fundamentals of Biology

Play Episode Listen Later Jun 18, 2015 42:27


Professor Lander continues with the discussion of DNA Sequencing technologies, methods of analyzing DNA sequencing data, and the process of Polymerase Chain Reaction (PCR) and its applications.

dna excerpt dna sequencing electrophoresis agarose gel
This Week in Microbiology
TWiM #85: Oscillation in the ocean and a Verona integron

This Week in Microbiology

Play Episode Listen Later Aug 20, 2014 77:48


Vincent, Elio, Michael, and Michele discuss the diel transcriptional rythmns of bacterioplankton communities in the ocean, and extensively drug resistant Pseudomonas in Ohio.

This Week in Virology
TWiV 267: Snow in the headlights

This Week in Virology

Play Episode Listen Later Jan 12, 2014 95:13


Hosts: Vincent Racaniello, Alan Dove, Rich Condit, and Kathy Spindler Vincent, Alan, Rich and Kathy review a protease essential for influenza pathogenesis in mice, and directionality of rhinovirus RNA exit from the capsid. Links for this episode Protease essential for influenza pathogenesis in mice (PLoS Path) Rhinovirus uncoating is directional (PLoS Path) Fluorescence correlation spectroscopy Capillary electrophoresis (Wiki) Letters read on TWiV 267 Weekly Science Picks Kathy - Amazing mapsAlan - Florida to NJ in 156 seconds (YouTube)Rich - Whiteout over Great Lakes from SpaceVincent - LORiOLA viral necklaces Listener Pick of the Week Carol - Knit picornavirusRobert - RNA: Life's Indispensible Molecule by James Darnell,and Biochemical Pathways by Michal and Schomburg Send your virology questions and comments (email or mp3 file) to twiv@twiv.tv

MIT+K12 Videos
Gel Electrophoresis

MIT+K12 Videos

Play Episode Listen Later Jan 31, 2013


Using biology techniques to solve a crime. License: Creative Commons BY-NC-SA More information at http://k12videos.mit.edu/terms-conditions

electrophoresis
Bio to Go Podcasts - Mrs. Balling
Electrophoresis Claymation (Biotechnology Unit)

Bio to Go Podcasts - Mrs. Balling

Play Episode Listen Later Mar 28, 2012 1:24


Nature Video
Strands of life: 5

Nature Video

Play Episode Listen Later Oct 12, 2011 19:52


Hungry for Knowledge: Oliver Smithies is a toolmaker. He shared the Nobel prize for discoveries that led to the development of knockout mice. Diego Bohorquez uses mouse models to understand how our gut regulates appetite. He has wanted to meet Smithies ever since he moved from his native Ecuador to Duke University in the United States. When the two meet in Lindau they have an instant rapport and soon they're sharing ideas about their research projects and talking about what makes a successful scientific collaboration.

Biochemistry Class Notebook
Protein Characterization and PAG Electrophoresis

Biochemistry Class Notebook

Play Episode Listen Later Aug 21, 2009


Experiment VI and part of Experiment VII are described in this video. There is forthcoming the actual loading, running, staining and destaining of the gel before the final so stay tuned. You can access this video from iTunes or click the title here and view it or download it from my archives if having trouble viewing here. It may be necessary to wait until the video completes buffering to get a smooth view.

Two Tramps in Mud Time
Songs For February - Protein Electrophoresis Valentines Day

Two Tramps in Mud Time

Play Episode Listen Later Feb 13, 2009 79:23


Look I'll keep this brief as I've found little succor from expounding on this site to any length. Instead let me divulge my recent doings - for diary purposes:Got a 7 pager posted on Shifter Magazine about Bellisop. Not the best art I've ever made but hey.Made me a composting bin. Ahh yeah I be mulch like a mother' now. Semester 2 is GO!After visiting Florida I now get to crash [on] the slopes of Vermont. Oh these wacky "doing things" thing is nuyts.Also - got this here musical interlude:Camisra - let me show you Sgt Pepper_s Lonely Hearts Club Band _Streetlab mix_Larkin Grim - How To Catch A LizardMan Man-Easy Eats Or Dirty Doctor GalapagosLucky Dragons - Jean's ThemeLeadbelly-C.C. RiderOwl Brain Atlas - Doktor TonguesLCD Soundsystem-New York, I Love You But You're Bringing Me DownCamper van Beethoven - Eye of FatimaHigh places - From Stardust to SentienceEzrra Furman - Not Recognized-The Stakes are HighCompany - Firewater - Hey ClownKasey Chambers And Shane Nicholson - Jackson HoleMike Monday - Through the Keyholeunknown - snippetSoulWax Walter Murphy & The Big Apple Band - A Fifth of Beethoven (Hidden Cat’s “Based on the Soulwax” Edit)Otis Redding - Pain In My HeartM.Ward - Rave OnDani Deahland Mike Gillenwater - TheSoundOfDiscoWavves - So BoredOf Montreal - Heimdalsgate Like A PrometheaSamara Lubelski - Taste the CandyRoyskopp - Happy Up HerePort O'Brien - Fisherman's SonMuck and the Mires - HypnoticDeerhunter - Saved By Old TimesEmperor Machine - Aimee Tallulah Is HypnotisedGeorge Harrison - I'd Like to Be a PirateImage from: The incontestable excellence of B. Patrick, AkimboIn memory of: Joseph M. Williams (1933-2008) who wrote The Phenomenology of Error which I found to be clear headed and rational a scare trait in composition studies. That he purposefully included 100 errors in it was both smart and funny."Real readers reading real texts don't respond to error as grammarians want them to. Nor, in fact, do the grrammarians."

Medizin - Open Access LMU - Teil 10/22
Application of Pulsed Field Gel Electrophoresis to Determine γ-ray-induced Double-strand Breaks in Yeast Chromosomal Molecules

Medizin - Open Access LMU - Teil 10/22

Play Episode Listen Later Jan 1, 1993


The frequency of DNA double-strand breaks (dsb) was determined in yeast cells exposed to γ-rays under anoxic conditions. Genomic DNA of treated cells was separated by pulsed field gel electrophoresis, and two different approaches for the evaluation of the gels were employed: (1) The DNA mass distribution profile obtained by electrophoresis was compared to computed profiles, and the number of DSB per unit length was then derived in terms of a fitting procedure; (2) hybridization of selected chromosomes was performed, and a comparison of the hybridization signals in treated and untreated samples was then used to derive the frequency of dsb.

Biologie - Open Access LMU - Teil 01/02
Localization of the genes for tumor necrosis factor and lymphotoxin between the HLA classI and III regions by field inversion gel electrophoresis

Biologie - Open Access LMU - Teil 01/02

Play Episode Listen Later Jan 1, 1988


Fri, 1 Jan 1988 12:00:00 +0100 http://epub.ub.uni-muenchen.de/3083/ http://epub.ub.uni-muenchen.de/3083/1/040.pdf Ragoussis, Jiannis; Bloemer, Katharina; Weiß, Elisabeth; Ziegler, Andreas Ragoussis, Jiannis; Bloemer, Katharina; Weiß, Elisabeth und Ziegler, Andreas (1988): Localization of the genes for tumor necrosis factor and lymphotoxin between the HLA classI and III regions by field inversion gel electrophoresis. In: Immunogene

Medizin - Open Access LMU - Teil 04/22
Epithelial character and morphological diversity of cell cultures from human amnotic fluids examined by immunofluorescence microscopy and gel electrophoresis of cytoskeletal proteins

Medizin - Open Access LMU - Teil 04/22

Play Episode Listen Later Jan 1, 1983


Sat, 1 Jan 1983 12:00:00 +0100 https://epub.ub.uni-muenchen.de/9316/1/9316.pdf Cremer, Thomas; Cremer, Marion; Grund, Christoph; Moll, R.; Franke, W. W.;

Medizin - Open Access LMU - Teil 01/22
Micro disc electrophoresis and quantitative assay of glucose-6-phosphate dehydrogenase at the cellular level

Medizin - Open Access LMU - Teil 01/22

Play Episode Listen Later Jan 1, 1972


Sat, 1 Jan 1972 12:00:00 +0100 https://epub.ub.uni-muenchen.de/7517/1/7517.pdf Neuhoff, V.; Dames, W.; Cremer, Thomas