Latest Pyxis capabilities and discoveries

Latest Pyxis capabilities and discoveries

Latest

The ovarian cancer signal was in the unannotated lipidome

The ovarian cancer signal was in the unannotated lipidome

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White Paper

Expertise Brief

Insight Series

Manuscripts

Announcements

White Paper

The economics of biochemical omics

The economics of biochemical omics

White Paper

Scalable biochemical omics: achieving parity with sequencing

Scalable biochemical omics: achieving parity with sequencing

Expertise Brief

Quantitative genome-scale flux balance analysis from untargeted omics

Quantitative genome-scale flux balance analysis from untargeted omics

Expertise Brief

De novo identification of oxylipins

De novo identification of oxylipins

Expertise Brief

De novo identification of oxidized phospholipids

De novo identification of oxidized phospholipids

Expertise Brief

Generative cell-line and bioprocess optimization for antibody titer

Generative cell-line and bioprocess optimization for antibody titer

Insight Series

Extending a global ocean lipidome from the same raw files

Extending a global ocean lipidome from the same raw files

Insight Series

Two novel pancreatic-cancer signals a targeted analysis would miss

Two novel pancreatic-cancer signals a targeted analysis would miss

Announcement

PyxisLabs™ launches de novo chemotyping to democratize biochemical omics

PyxisLabs™ launches de novo chemotyping to democratize biochemical omics

Announcement

Matterworks launches PyxisLabs™ to scale biochemical omics and predictive biology

Matterworks launches PyxisLabs™ to scale biochemical omics and predictive biology

Insight Series

Lead optimization in the discovery of novel incretin mimetics

Lead optimization in the discovery of novel incretin mimetics

Insight Series

The ovarian cancer signal was in the unannotated lipidome

The ovarian cancer signal was in the unannotated lipidome

Insight Series

Pyxis predicts gestational age more accurately than published models

Pyxis predicts gestational age more accurately than published models

Insight Series

A cow’s rumen response to calving predicts her next thirteen weeks of milk

A cow’s rumen response to calving predicts her next thirteen weeks of milk

Expertise Brief

Pyxis Learns Lipid Structure: De Novo ID for Lipidomics

Pyxis Learns Lipid Structure: De Novo ID for Lipidomics

Manuscripts

LSM-MS2: A Foundation Model Bridging Spectral Identification and Biological Interpretation

LSM-MS2: A Foundation Model Bridging Spectral Identification and Biological Interpretation

Discover the meaning in your measurements

Discover the meaning in your measurements

Engage with Pyxis on a new experiment or discover the novel biology hidden in data you already have.

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