Allison Doerr

Q: What Schools Are Affiliated With Allison Doerr

Allison Doerr is affiliated with the following schools: University of California, Berkeley, Stanford University

Allison Doerr's AcademicInfluence.com Rankings

Allison Doerr

Chemistry

#4438

World Rank

#5520

Historical Rank

chemistry Degrees

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Chemistry

Allison Doerr's Degrees

Bachelors Chemistry Stanford University

Why Is Allison Doerr Influential?

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According to Wikipedia, Allison Doerr is an American chemist and the editor in chief of academic journal Nature Methods. Education Doerr has a bachelor's degree from Vassar College where she worked on polymer chemistry as well as a PhD in chemistry from Princeton University.

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Allison Doerr's Published Works

Number of citations in a given year to any of this author's works

Total number of citations to an author for the works they published in a given year. This highlights publication of the most important work(s) by the author

Published Works

DIA mass spectrometry (2014) (131)
Mass spectrometry–based targeted proteomics (2012) (65)
Cryo-electron tomography (2016) (65)
Single-cell proteomics (2018) (47)
Single-particle cryo-electron microscopy (2015) (46)
News In Brief (1981) (44)
Top-down mass spectrometry (2008) (33)
Global metabolomics (2016) (32)
Membrane protein structures (2008) (31)
They know why the caged bird sings... slower (2009) (19)
Phosphorylation and the cell cycle (2008) (18)
Mass spectrometry imaging takes off (2018) (17)
Single-particle electron cryomicroscopy (2013) (16)
The new XFELs (2018) (16)
Smaller can be better (2008) (12)
Mass spectrometry: Targeting with PRM (2012) (10)
Unnatural design (2010) (10)
Protein microarray velcro (2005) (9)
A flow cytometry revolution (2011) (9)
Molecular engineering: Unnatural design. (2010) (9)
Targeted proteomics (2011) (8)
Widening the protein crystallization bottleneck (2006) (7)
Proximity labeling with TurboID (2018) (7)
Imaging goes label-free (2009) (6)
Mass spectrometry of intact protein complexes (2013) (6)
A need for speed (2005) (6)
Cells under pressure. (2013) (6)
Clinical proteomics on target (2009) (5)
Comprehensive mapping of ubiquitination (2018) (5)
Focus on mass spectrometry in proteomics (2007) (5)
We the curators (2008) (5)
Diffraction before destruction (2011) (5)
Fluorescent proteins: into the infrared (2009) (5)
Structural biology: Cryo-EM goes high-resolution (2015) (5)
A synthetic classic reinvented (2006) (4)
Proteomics: Interactomes by mass spectrometry (2012) (4)
Mass spectrometers on a chip (2009) (4)
Paving the path to single-molecule structures (2009) (4)
Imaging: Fingerprinting with MRI (2013) (4)
Chemistry: Crystallography without crystals (2013) (4)
A global map of gene function (2010) (4)
Graphene-on-gold grids for cryo-EM (2019) (4)
CRYO-EM GOES HIGH-RESOLUTION. (2015) (4)
Targeted proteomics (2009) (3)
Proteomics data reuse with MassIVE-KB (2018) (3)
Absolute proteomics (2007) (3)
Authentic Assessment for Restorative Outcomes. (2008) (3)
The in vivo RNA structurome. (2014) (3)
Targeting with PRM. (2012) (3)
Multiplexing to the max (2007) (3)
Multiplexing MRI (2008) (3)
Structural biology: The in vivo RNA structurome (2013) (3)
DNA origami in 3D (2011) (3)
Protein structure through time (2015) (3)
Imaging impedance (2011) (3)
A day in the half-life of a protein (2011) (3)
Unraveling the lncRNA mystery. (2014) (3)
Crystallography without crystals. (2013) (3)
Together at last: crystallography and NMR (2006) (3)
The birth of a ribosome (2010) (3)
Proteomics: Making PTMs a priority (2012) (3)
Electron crystallography goes 3D with MicroED. (2014) (2)
A fountain of youth (for worms) (2011) (2)
Diamonds are a spectroscopist's best friend (2008) (2)
Biochemistry: Capturing metabolic dynamics in mitochondria (2016) (2)
Making PTMs a priority. (2012) (2)
Chemical biology: A bumpy, holey method to probe proteins (2014) (2)
Bioinformatics: Predicting PPIs (2012) (2)
Snapshots of the cell surface (2009) (2)
The smallest bioreactor (2005) (2)
Annotating the unannotated (2007) (2)
Biochemistry: Unraveling the lncRNA mystery (2014) (2)
A synthetic solution to gene delivery (2005) (2)
High-speed protein crystallography (2018) (2)
Structures from tiny crystals (2014) (2)
Structural biology: Electron crystallography goes 3D with MicroED (2013) (2)
Imaging: Diamonds for MRI (2015) (2)
The importance of being negative (2010) (2)
Diamonds for MRI. (2015) (2)
A GFP for RNA (2011) (2)
A home for integrative structural models (2018) (2)
A database of dynamics (2010) (2)
Proteomics: Navigating the negative-mode proteome (2015) (2)
Enhanced antibody validation (2018) (2)
Die "wasserwirtschaftlichen Aufgaben" einer Strasse - Beitrag der Strassenentwaesserung bei Starkregen und urbanen Sturzfluten / The "water-economic" function of a road - Contribution of the road drainage in the case of heavy rains and urban flash floods (2014) (2)
Proteomics: Peptides aplenty (2013) (2)
Hands-off protein crystallography (2006) (1)
Putting a trace on metabolites (2007) (1)
Proteomics: Probing the protein structure-ome (2014) (1)
Keep your eye on the atom (2009) (1)
Systems biology: Tracking the protein–metabolite interactome (2018) (1)
Chemical nano-corking (2006) (1)
Chemical Biology: Regulation through degradation (2011) (1)
Structural analysis of macromolecular assemblies (2008) (1)
RNA antibodies: upping the ante (2008) (1)
Streptavidin surprises (2005) (1)
Sensors and probes: A magnetic alternative to FRET (2017) (1)
Structural biology: Peering inside protein complexes with AFM (2015) (1)
Sensors and probes: Nano-lantern lights the way (2013) (1)
Pushing size to the limit: extreme DNA (2006) (1)
Finding S-sulfinylated proteins (2018) (1)
Supercharging through the cell membrane (2009) (1)
A dynamic direction for cryo-EM (2022) (1)
Structural biology: Breaking the diffraction barrier (2016) (1)
Structural biology: Cryo-EM strikes gold (2015) (1)
Ultrafast spectroscopy: timing is everything (2007) (1)
Cross-linking with SuFEx chemistry (2018) (1)
A bumpy, holey method to probe proteins. (2015) (1)
Taking inventory with shotgun EM (2018) (1)
Nanobiotechnology: Cells under pressure (2013) (1)
Biophysics: Elusive vibrations (2014) (1)
Microfluidics for the people (2009) (1)
Stopping intracellular leakage with chemistry (2009) (1)
Interactomes by mass spectrometry. (2012) (1)
Warming up to a glow (2010) (1)
(Protein) timing is everything. (2012) (1)
Structural biology: Using evolution to predict structure (2014) (1)
NMR and the elusive GPCR (2010) (1)
Robotics on the nanoscale (2010) (1)
Teaching cell biologists how to count (2005) (1)
An affinity for new proteins (2006) (1)
Pinning down prions (2007) (1)
A biological tool with chemical applications (2005) (1)
Standardizing proteomics (2007) (1)
Template-free visual proteomics (2019) (1)
Smart delivery with nanofactories (2010) (1)
A trinucleotide repeat biosensor (2005) (1)
Proteomics: Mass spectrometry mapmaking (2013) (1)
Regulation through degradation. (2011) (1)
Structure in the cellular context. (2015) (0)
Glycoproteomics (2011) (0)
Molecular engineering: Designer binders (2013) (0)
News in brief (1971) (0)
SNIPer pulls the trigger (2010) (0)
Chemical biology: Spotting ligandable lysines (2017) (0)
Rapamycin to the rescue! (2007) (0)
Fluctuation X-ray scattering (2018) (0)
Calcium imaging in a FlAsH (2007) (0)
A methionine modification method (2018) (0)
Solution for solution structures (2008) (0)
Setting a nanoparticle trap (2009) (0)
Sensors and probes: Shape-shifting MRI probes (2015) (0)
Finding S-sulfinylated proteins (2018) (0)
SAILing toward larger protein structures (2006) (0)
Surviving the gas phase (2008) (0)
Shape-shifting MRI probes. (2015) (0)
Frankenstein's protein (2005) (0)
The secret of NIMS (2007) (0)
Sensors and probes: (Protein) timing is everything (2012) (0)
A home for integrative structural models (2018) (0)
Fingerprinting with MRI. (2013) (0)
News In Brief (1965) (0)
Chemical biology: Chemical decaging (2014) (0)
Led to the near infrared. (2013) (0)
Nano-lantern lights the way. (2013) (0)
Molecular engineering: 2D protein lattices by design (2015) (0)
Using evolution to predict structure. (2014) (0)
Modeling the synapse. (2014) (0)
Fluctuation X-ray scattering (2018) (0)
Time-Resolved Crystallography with HATRX (2014) (0)
Making protein crystals fly. (2014) (0)
Illuminating lipids (2009) (0)
Proteomics: The human proteome on target (2016) (0)
Nano-suiting up for SEM. (2013) (0)
A new avenue for mass spectrometry (2006) (0)
Designer binders. (2013) (0)
A methionine modification method (2018) (0)
Proteomics: A proteome-wide view of thermal stability (2017) (0)
Michaelis-Menten for single enzyme molecules (2006) (0)
Chemical biology: Addicting bugs to nonstandard amino acids (2016) (0)
Tinkering with chromatin. (2015) (0)
Microscopy matures, and so does the Golgi (2006) (0)
Probes for protein prenylation (2019) (0)
A Solution for Near-Atomic Resolution cryo-EM (2015) (0)
Chemical biology: Tinkering with chromatin (2015) (0)
Discovering noisy proteins (2006) (0)
Biochemistry: Modeling the synapse (2014) (0)
Structural biology: Making protein crystals fly (2014) (0)
Evolving proteins with improved solubility (2018) (0)
Unprotected synthesis (2007) (0)
Mass spectrometry mapmaking. (2013) (0)
Enhanced antibody validation (2018) (0)
Elusive vibrations. (2014) (0)
Electron Diffraction Made Practical (2014) (0)
Cross-linking with SuFEx chemistry (2018) (0)
DNA molecular forceps (2018) (0)
The human proteome takes the spotlight. (2014) (0)
Chemical biology: Engineering to find function (2013) (0)
From spectral networks to shotgun sequencing (2007) (0)
Expanding the Reach of SAD (2015) (0)
Microfluidics, microscopy and modeling (2008) (0)
Quantitative mass spectrometry (2008) (0)
Proteomics: The condition-dependent proteome (2016) (0)
Rewiring E. coli (2008) (0)
High-speed protein crystallography (2018) (0)
Optical proteomics (2008) (0)
Databases: Crowdsourcing for natural products research (2016) (0)
Carbohydrate chemistry in California (2006) (0)
Sweetening up yeast glycoprotein synthesis (2006) (0)
Protein Interaction Networks: Adding Structure Protein Networks (2013) (0)
Single-molecule structure determination (2011) (0)
Engineering to find function. (2013) (0)
Microscopy: Etch-a-cell (2012) (0)
Proteins: caught in the trap (2006) (0)
Evolving a better-expressing GPCR (2008) (0)
An FDR metric for top-down proteomics (2019) (0)
The condition-dependent proteome. (2016) (0)
News In Brief (2006) (0)
An FDR metric for top-down proteomics (2019) (0)
Greasing the Path for Serial Femtosecond Crystallography (2014) (0)
Cryo-EM strikes gold. (2015) (0)
Imaging without labels. (2014) (0)
In pursuit of PTMs (2015) (0)
An affinity for motifs (2011) (0)
Biochemistry: Protein folding studies go global (2017) (0)
Chemistry: A fix for formaldehyde fixation (2015) (0)
Showing 'support' for chemical protein synthesis (2006) (0)
Tethered together (2009) (0)
Structural biology: Blend-and-shoot crystallography (2016) (0)
2D protein lattices by design. (2015) (0)
Following the fold (2010) (0)
Biochemistry: GPCR interactions in space and time (2017) (0)
Synthetic life (2009) (0)
Protein structure determination... blindfolded (2008) (0)
Protein structure gets exciting (2010) (0)
Encoding the unnatural (2010) (0)
Structural biology: Metalloenzyme structures in a shot (2013) (0)
Taking inventory with shotgun EM (2018) (0)
Tracking protein conformation in live cells (2021) (0)
Proteomics: The human proteome takes the spotlight (2014) (0)
Time to start FRETting: FRET (2009) (0)
Unclicking chemistry (2011) (0)
A functional blueprint of E. coli (2009) (0)
Editorial (2015) (0)
A trap for intermediate enzyme complexes (2019) (0)
Bacteria make the rotor go round (2006) (0)
Sensors and Probes: Led to the near infrared (2013) (0)
Biochemistry: Sequencing for carbohydrates (2017) (0)
Tackling biology's big question (2005) (0)
News in brief (1981) (0)
Proximity labeling with TurboID (2018) (0)
Imaging: Nano-suiting up for SEM (2013) (0)
Dissecting signaling at the speed of light (2011) (0)
Protein production: no cells required (2009) (0)
Proteomics: Charting the subcellular proteome (2017) (0)
DNA synthesis lights up (2008) (0)
Single-cell proteomics (2018) (0)
Biophysics: Single-molecule force analysis, unplugged (2016) (0)
A trap for intermediate enzyme complexes (2019) (0)
News in brief (2008) (0)
Structural biology: Structure in the cellular context (2015) (0)
Proteomics data reuse with MassIVE-KB (2018) (0)
The sensitive side of protein-DNA interactions (2007) (0)
Nanobiotechnology: Stepping toward sequencing single proteins (2014) (0)
Glycan labeling, rerouted (2010) (0)
Structural biology. Protein structure gets exciting. (2010) (0)
A sensor that makes sense. (2012) (0)
DNA molecular forceps (2018) (0)
Biophysics: PCR for cellular forces (2016) (0)
News in Brief (2005) (0)
Proteomics: Heating up cells to bring down complexes (2018) (0)
Systems biology: Ancient protein complexes revealed (2015) (0)
One-shot structure determination (2010) (0)
Comprehensive mapping of ubiquitination (2018) (0)
Evolving proteins with improved solubility (2018) (0)
Probes for protein prenylation (2019) (0)
Double delivery (2006) (0)
Biochemistry: ChIP goes dynamic (2013) (0)
Nanobiotechnology: Imaging without labels (2014) (0)
Sensors and probes: A sensor that makes sense (2012) (0)
Template-free visual proteomics (2019) (0)
Sequencing for sugars (2011) (0)
News in brief (2008) (0)
Action shots of the nuclear pore complex (2007) (0)
Snapshots of proteins at work (2009) (0)
Predicting PPIs. (2012) (0)
A method ahead of its time (2014) (0)

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Other Resources About Allison Doerr

en.wikipedia.org

What Schools Are Affiliated With Allison Doerr?

Allison Doerr is affiliated with the following schools:

Allison Doerr's Academic­Influence.com Rankings