39:36

Spatially Resolved Single-cell Translatomics l Prof. Xiao Wang l SCP2023

18:33

Single-cell proteomics with new mass spectrometry platforms l Luke Koury l SCP2023

38:15

Single-molecule proteomics using nanopores l Prof. Meni Wanunu l SCP2023

36:16

Assessment of alternative molecular modalities in omic profiling of small samples | Prof Alex Ivanov

39:08

Advances in single-molecule protein sequencing on the Quantum-Si platform l Dr. Brian Reed l SCP2023

40:10

Spatial single-cell metabolomics reveals metabolic cell states l Dr. Theodore Alexandrov l SCP2023

46:47

Improved separations and data acquisition strategies for single-cell proteomics l Prof. Ryan Kelly

40:10

Mapping Microhabitats in Environmental Systems with Metabolome Informed Proteome Imaging l SCP2023

32:54

The benefits of trapped ion mobility for single-cell proteomics l Matthew Willetts l SCP2023

43:34

Biological and technological frontiers for single-cell proteomics | Prof. Nikolai Slavov | SCP2023

45:47

Defining Cellular Landscapes using Proteoform Imaging Mass Spectrometry | Prof. Neil Kelleher

49:54

Current trends in single-cell and single-molecule proteomics | Professors Slavov & Wanunu | SCP2023

39:29

How to be a successful early career researcher

33:00

Driving biology with single-cell proteomics: New data acquisition and interpretation methodologies

34:23

HUPO Training Course: Introduction to single-cell proteomics by mass-spectrometry

22:59

Single-Cell Protein Analysis by Mass Spectrometry | Prof. Nikolai Slavov | ASMS Asilomar Conference

32:44

Panel Discussion at the 5th single-cell proteomics conference | SCP2022

49:01

Exploring functional protein covariation across single cells | Prof. Nikolai Slavov | SCP2022

31:52

Patch-Clamp/Single Cell Proteomics for analyzing amygdala neurons after chronic ethanol exposure

13:49

Single-molecule proteomics: Overcoming the dynamic-range challenge of the proteome | SCP2022

28:56

Routes to nanopore proteomics: from reading peptide barcodes to full-length proteins | Jeff Nivala

27:45

Single-molecule protein reading at single-amino-acid resolution with nanopores | Henry Brinkerhoff

41:45

Analysis of single-cell proteomics data using FragPipe | Prof. Alexey Nesvizhskii | SCP2022

43:27

Spatial single-cell metabolomics reveals metabolic cell states | Dr. Theodore Alexandrov | SCP2022

45:38

Analytical advances for single-cell proteomics | Prof. Ryan Kelly | SCP2022

30:55

Liquid chromatography for sensitive proteomics | Prof. Andrew Webb | SCP2022

40:40

Sample preparation for single-cell proteomics by mass spectrometry | Andrew Leduc | SCP2022

40:40

Primer on single-cell proteomics by mass spectrometry | Prof. Nikolai Slavov | SCP2022

33:43

Tutorial on single-cell sample preparation for mass-spec proteomics using nPOP | Andrew Leduc

11:17

Using DIA-NN to analyze plexDIA data | Jason Derks

19:47

Increasing the throughput of sensitive proteomics by plexDIA | Prof. Nikolai Slavov

16:00

Introduction to dimensionality reduction | Statistics for proteomics

47:45

Prioritized single-cell proteomics | Gray Huffman | SCP2021

23:41

Beyond the Orbitrap, optimizing SCoPE-MS on "alternative" LCMS platforms | Dr. Ben Orsburn | SCP2021

16:21

Capillary electrophoresis coupled to mass-spec for sensitive bottom-up proteomics | Kendall Johnson

21:19

An ion source for single-molecule protein sequencing | Nicholas Drachman | SCP2021

44:59

Improving Single Cell Proteomic Depth through Advanced Data Acquisition | Dr. Chris Rose | SCP2021

42:39

Characterizing cellular hierarchies in malignant hematopoiesis using single-cell proteomics

41:22

Integrated spatial genomics reveals invariant features in the nucleus | Prof. Long Cai | SCP2021

44:55

Highly multimodal measurements of single cells | Peter Smibert | SCP2021

39:08

Simultaneous single cell measurements of intranuclear proteins and gene expression | Hattie Chung

48:32

Electrophysiology and Proteomics in Neurons from Brain Slices | Prof. John Yates III | SCP2021

01:00:15

MaxDIA enables library-based & library-free analysis of DIA proteomics data | Juergen Cox | SCP2021

43:01

Going deeper with label-free single-cell proteomics | Prof. Ryan Kelly | SCP2021

23:26

Introduction to single-cell sample preparation using CellenONE | Joshua Cantlon | SCP2021

45:28

Measuring cellular to molecular heterogeneity with microfluidic tools | Prof. Amy Herr | SCP2021

57:52

High-throughput proteomics with DIA-NN | Dr. Vadim Demichev | SCP2021

57:27

Mass Spectrometry-Based Single-Cell Proteomics Data Analysis | Prof. Laurent Gatto | SCP2021

01:00:51

Droplet sample preparation for single-cell proteomics | Andrew Leduc | SCP2021

32:00

Single cell proteome and transcriptome map of the human cell cycle | Prof. Emma Lundberg | SCP2021

08:10

Measuring cellular to molecular heterogeneity with precision microfluidic tools | Amy Herr | SCP2021

35:00

In Vivo Subcellular HRMS Enables Proteo-Metabolomic Systems Biology in Embryos | Prof. Peter Nemes

39:00

The Dynamic Spatial Organisation of the Cell | Prof. Kathryn Lilley | SCP2021

37:00

Strategies for driving single-cell proteomics forward | Nikolai Slavov | SCP2021

42:37

IceR improves proteome coverage and data completeness | Prof. Jeroen Krijgsveld | SCP2021

28:34

Scaling up single-cell analysis to the proteome | CZI Webinar

07:48

Statistical Power Analysis | Statistics for proteomics

38:03

MaxDIA enables highly sensitive and accurate DIA MS proteomics | Jürgen Cox | SCP2020

21:05

Spatial Single Cell Proteomics Approaches

17:38

Droplet sample preparation for single-cell proteomics applied to the cell cycle