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A direct, MFRN-independent Fe(II) transfer pathway at mitochondria-lysosome contacts
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Based on 525 indexed works selected for this snapshot; the candidate window is limited. Counts describe this index, not the complete source archives. Prepared from the PostgreSQL corpus; source versions are checked before display. Snapshot 2026-10-25. Up to 32 works or names per graph.
Subjects & research connections
Connections use shared source subjects, names, places, and explicitly mentioned entities. A shared label is not evidence of a citation, experimental result, or verified species identification.
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Relationships as a list (31)
- 1. A direct, MFRN-independent Fe(II) transfer pathway at mitochondria-lysosome contacts Preprint · Liu, X. 2. KRT7CreER Ferrets Enable Lineage Tracing of Ductal Epithelia and Pancreatic Remodeling
- 1. A direct, MFRN-independent Fe(II) transfer pathway at mitochondria-lysosome contacts Preprint · Liu, X. 3. Crystalline silica exposure causes latent biomechanical abnormalities along the cardiopulmonary axis
- 1. A direct, MFRN-independent Fe(II) transfer pathway at mitochondria-lysosome contacts Preprint · Liu, Z. 4. Genome-wide LD scores enable robust heritability and genetic correlation estimation from summary statistics across genetic ancestries
- 1. A direct, MFRN-independent Fe(II) transfer pathway at mitochondria-lysosome contacts Preprint · Liu, X. 5. Vascularized Organoids Emerge from a Heart-Foregut-like Intermediate Recapitulating Early Human Development
- 1. A direct, MFRN-independent Fe(II) transfer pathway at mitochondria-lysosome contacts Preprint · Liu, X. 6. AI-guided discovery of natural pocket proteins for portable small-molecule sensing
- 1. A direct, MFRN-independent Fe(II) transfer pathway at mitochondria-lysosome contacts Preprint · Liu, X. 7. Root gene regulatory network analysis reveals roles for defense hormones and secondary metabolites in establishment of disease-suppressive soil
- 1. A direct, MFRN-independent Fe(II) transfer pathway at mitochondria-lysosome contacts Preprint · Liu, X. 8. RiboDFM: Robust RNA sequence design using backbone-conditioned discrete flow matching
- 1. A direct, MFRN-independent Fe(II) transfer pathway at mitochondria-lysosome contacts cell biology · Preprint 9. Heterogeneous Nuclear Ribonucleoprotein A1 as a Key Regulator in Pulmonary Arterial Hypertension Development
- 1. A direct, MFRN-independent Fe(II) transfer pathway at mitochondria-lysosome contacts cell biology · Preprint 10. EV-Tracer enables lineage-resolved detection and molecular profiling of extracellular vesicle-associated signals in cancer-fibroblast co-culture
- 1. A direct, MFRN-independent Fe(II) transfer pathway at mitochondria-lysosome contacts cell biology · Preprint 11. Age-driven miR-29 trades youthful plasticity for epigenetic fidelity
- 1. A direct, MFRN-independent Fe(II) transfer pathway at mitochondria-lysosome contacts cell biology · Preprint 12. BRN2 preserves the melanocyte lineage following ionizing radiation
- 1. A direct, MFRN-independent Fe(II) transfer pathway at mitochondria-lysosome contacts cell biology · Preprint 13. Structure and function of the DFCP1 membrane barrier responsible for ER microdomain organization in lysosome repair
- 1. A direct, MFRN-independent Fe(II) transfer pathway at mitochondria-lysosome contacts cell biology · Preprint 14. Systemic and kinematic properties of Amoeba proteus migration correlate strongly across environments
- 1. A direct, MFRN-independent Fe(II) transfer pathway at mitochondria-lysosome contacts cell biology · Preprint 15. Generation of an induced pluripotent stem cell line, LCSBi021-A, from a Parkinson's disease patient harboring the missense mutation c.213C>G (p.Ser71Arg) in the RAB32 gene
- 1. A direct, MFRN-independent Fe(II) transfer pathway at mitochondria-lysosome contacts cell biology · Preprint 16. Scarless regeneration requires post-translational proteolytic regulation via macrophage-derived Legumain
- 1. A direct, MFRN-independent Fe(II) transfer pathway at mitochondria-lysosome contacts cell biology · Preprint 17. Morphofunctional Characterization of Colonic Organoids from Muc2-/- Mice
- 1. A direct, MFRN-independent Fe(II) transfer pathway at mitochondria-lysosome contacts cell biology · Preprint 18. Rewired mRNA homeostasis enforces cell-size associated senescence
- 1. A direct, MFRN-independent Fe(II) transfer pathway at mitochondria-lysosome contacts cell biology · Preprint 19. FMNL1 polymerized actin filaments complete mitochondrial division downstream of Golgi-derived vesicles
- 1. A direct, MFRN-independent Fe(II) transfer pathway at mitochondria-lysosome contacts cell biology · Preprint 20. BeatRatePy - Automated Hight-Throughput Python-Based Beat Rate Quantification and Generation of Speed and Contraction Traces
- 1. A direct, MFRN-independent Fe(II) transfer pathway at mitochondria-lysosome contacts cell biology · Preprint 21. Seipin and perilipin 3 promote distinct early steps of nascent lipid droplet biogenesis
- 1. A direct, MFRN-independent Fe(II) transfer pathway at mitochondria-lysosome contacts cell biology · Preprint 22. The AP-1 clathrin adaptor has a conserved role in recycling resident proteins of the trans-Golgi network
- 1. A direct, MFRN-independent Fe(II) transfer pathway at mitochondria-lysosome contacts cell biology · Preprint 23. Annexin 5 is a key player in orchestrating the pollen sequestrome
- 1. A direct, MFRN-independent Fe(II) transfer pathway at mitochondria-lysosome contacts cell biology · Preprint 24. Disease-associated MYH11 tail variants disrupt vascular smooth muscle myosin II filament dynamics and cell mechanics
- 1. A direct, MFRN-independent Fe(II) transfer pathway at mitochondria-lysosome contacts cell biology · Preprint 25. The Desmoplakin Hinge Domain Confers a Reversible Conformational Change in Response to Acute External Force
- 1. A direct, MFRN-independent Fe(II) transfer pathway at mitochondria-lysosome contacts cell biology · Preprint 26. Quantifying punctate morphology in mesenchymal stem cells from single cell images provides a definitive quality assessment pipeline for direct correlation to osteogenic lineage differentiation
- 1. A direct, MFRN-independent Fe(II) transfer pathway at mitochondria-lysosome contacts cell biology · Preprint 27. Calcium signaling recruits Rab27a and the exocyst complex to promote small extracellular vesicle release in skeletal muscle cells
- 1. A direct, MFRN-independent Fe(II) transfer pathway at mitochondria-lysosome contacts cell biology · Preprint 28. Clathrin-coated tubules mediate rapid and selective protein absorption by lysosome-rich enterocytes
- 1. A direct, MFRN-independent Fe(II) transfer pathway at mitochondria-lysosome contacts cell biology · Preprint 29. MULTIVALENT ACE2 ENGAGEMENT ACTIVATES PIEZO1-SPHINGOMYELINASE SIGNALING IN SARS-COV-2 SPIKE-MEDIATED CELL-CELL FUSION
- 1. A direct, MFRN-independent Fe(II) transfer pathway at mitochondria-lysosome contacts cell biology · Preprint 30. SHROOM3 promotes leading-edge protrusion stability and Wnt/planar cell polarity-mediated migration in breast cancer cells
- 1. A direct, MFRN-independent Fe(II) transfer pathway at mitochondria-lysosome contacts Preprint 31. Distinct spermiogenic phenotypes underlie sperm elimination in the Segregation Distorter meiotic drive system
- 1. A direct, MFRN-independent Fe(II) transfer pathway at mitochondria-lysosome contacts Preprint 32. Recovery of high-quality assembled genomes via single-cell genome-guided binning of metagenome assembly
Citation graph
Arrows run from the citing work to its reference. Only explicit source/provider reference lists are used. Incoming links cover this candidate window; this is not a global citation count.
No supported relationships are available in this snapshot. This does not mean that no relationships exist.
Collaborator network
Shared authorship within up to 200 candidate works (8 examined); up to 32 names shown. Names are matched as supplied, without verified person disambiguation. Shared credit does not necessarily establish personal collaboration.
Drag the background to pan. Select a node to open its record. Hover or focus for the title; numbers match the list.
Relationships as a list (59)
- 3. Han, Y. 1 shared work 4. Hu, X.
- 3. Han, Y. 1 shared work 6. Pang, X.
- 3. Han, Y. 1 shared work 7. Qiu, R.
- 3. Han, Y. 1 shared work 8. Tang, M.
- 3. Han, Y. 1 shared work 2. Liu, Z.
- 3. Han, Y. 1 shared work 5. Kuang, C.
- 3. Han, Y. 1 shared work 9. Zhang, Y.-H.
- 3. Han, Y. 1 shared work 1. Liu, X.
- 4. Hu, X. 1 shared work 6. Pang, X.
- 4. Hu, X. 1 shared work 7. Qiu, R.
- 4. Hu, X. 1 shared work 8. Tang, M.
- 4. Hu, X. 1 shared work 2. Liu, Z.
- 4. Hu, X. 1 shared work 5. Kuang, C.
- 4. Hu, X. 1 shared work 9. Zhang, Y.-H.
- 4. Hu, X. 1 shared work 1. Liu, X.
- 6. Pang, X. 1 shared work 7. Qiu, R.
- 6. Pang, X. 1 shared work 8. Tang, M.
- 2. Liu, Z. 1 shared work 6. Pang, X.
- 5. Kuang, C. 1 shared work 6. Pang, X.
- 6. Pang, X. 1 shared work 9. Zhang, Y.-H.
- 1. Liu, X. 1 shared work 6. Pang, X.
- 7. Qiu, R. 1 shared work 8. Tang, M.
- 2. Liu, Z. 1 shared work 7. Qiu, R.
- 5. Kuang, C. 1 shared work 7. Qiu, R.
- 7. Qiu, R. 1 shared work 9. Zhang, Y.-H.
- 1. Liu, X. 1 shared work 7. Qiu, R.
- 2. Liu, Z. 1 shared work 8. Tang, M.
- 5. Kuang, C. 1 shared work 8. Tang, M.
- 8. Tang, M. 1 shared work 9. Zhang, Y.-H.
- 1. Liu, X. 1 shared work 8. Tang, M.
- 5. Kuang, C. 1 shared work 2. Liu, Z.
- 2. Liu, Z. 1 shared work 9. Zhang, Y.-H.
- 1. Liu, X. 1 shared work 2. Liu, Z.
- 5. Kuang, C. 1 shared work 9. Zhang, Y.-H.
- 5. Kuang, C. 1 shared work 1. Liu, X.
- 1. Liu, X. 1 shared work 9. Zhang, Y.-H.
- 24. Di Palo, J. 1 shared work 1. Liu, X.
- 30. Fung, A. A. 1 shared work 1. Liu, X.
- 23. Choi, R. 1 shared work 1. Liu, X.
- 1. Liu, X. 2 shared works 10. Sun, Y.
- 18. Bluestein, S. L. 1 shared work 1. Liu, X.
- 20. Britto, C. 1 shared work 1. Liu, X.
- 32. Gomez, J. 1 shared work 1. Liu, X.
- 27. Fan, R. 1 shared work 1. Liu, X.
- 26. fan, h. 1 shared work 1. Liu, X.
- 22. Chen, Y. 1 shared work 1. Liu, X.
- 31. Glavincheska, I. 1 shared work 1. Liu, X.
- 16. Berendsen, R. L. 1 shared work 1. Liu, X.
- 13. An, X. 1 shared work 1. Liu, X.
- 1. Liu, X. 2 shared works 11. Wang, W.
- 29. Feng, Y. 1 shared work 1. Liu, X.
- 25. Engelhardt, J. F. 1 shared work 1. Liu, X.
- 12. An, U. 1 shared work 2. Liu, Z.
- 14. Anand, A. 1 shared work 2. Liu, Z.
- 15. Anand, P. 1 shared work 2. Liu, Z.
- 19. Boffelli, M. 1 shared work 2. Liu, Z.
- 28. Fan, Y. 1 shared work 1. Liu, X.
- 17. Bian, X. 1 shared work 1. Liu, X.
- 21. Chan, W.-Y. 1 shared work 1. Liu, X.
Publication timeline
Publication years for these 32 related works; 0 have no source publication date. This is a discovery sample, not a measure of research output or growth.
2021 · 2 works
2026 · 30 works
- A direct, MFRN-independent Fe(II) transfer pathway at mitochondria-lysosome contacts
- KRT7CreER Ferrets Enable Lineage Tracing of Ductal Epithelia and Pancreatic Remodeling
- Crystalline silica exposure causes latent biomechanical abnormalities along the cardiopulmonary axis
- Genome-wide LD scores enable robust heritability and genetic correlation estimation from summary statistics across genetic ancestries
- Vascularized Organoids Emerge from a Heart-Foregut-like Intermediate Recapitulating Early Human Development
- AI-guided discovery of natural pocket proteins for portable small-molecule sensing
- Root gene regulatory network analysis reveals roles for defense hormones and secondary metabolites in establishment of disease-suppressive soil
- RiboDFM: Robust RNA sequence design using backbone-conditioned discrete flow matching
- Heterogeneous Nuclear Ribonucleoprotein A1 as a Key Regulator in Pulmonary Arterial Hypertension Development
- EV-Tracer enables lineage-resolved detection and molecular profiling of extracellular vesicle-associated signals in cancer-fibroblast co-culture
- Age-driven miR-29 trades youthful plasticity for epigenetic fidelity
- BRN2 preserves the melanocyte lineage following ionizing radiation
- Structure and function of the DFCP1 membrane barrier responsible for ER microdomain organization in lysosome repair
- Systemic and kinematic properties of Amoeba proteus migration correlate strongly across environments
- Generation of an induced pluripotent stem cell line, LCSBi021-A, from a Parkinson's disease patient harboring the missense mutation c.213C>G (p.Ser71Arg) in the RAB32 gene
- Scarless regeneration requires post-translational proteolytic regulation via macrophage-derived Legumain
- Morphofunctional Characterization of Colonic Organoids from Muc2-/- Mice
- Rewired mRNA homeostasis enforces cell-size associated senescence
- FMNL1 polymerized actin filaments complete mitochondrial division downstream of Golgi-derived vesicles
- BeatRatePy - Automated Hight-Throughput Python-Based Beat Rate Quantification and Generation of Speed and Contraction Traces
- Seipin and perilipin 3 promote distinct early steps of nascent lipid droplet biogenesis
- The AP-1 clathrin adaptor has a conserved role in recycling resident proteins of the trans-Golgi network
- Annexin 5 is a key player in orchestrating the pollen sequestrome
- Disease-associated MYH11 tail variants disrupt vascular smooth muscle myosin II filament dynamics and cell mechanics
- The Desmoplakin Hinge Domain Confers a Reversible Conformational Change in Response to Acute External Force
- Quantifying punctate morphology in mesenchymal stem cells from single cell images provides a definitive quality assessment pipeline for direct correlation to osteogenic lineage differentiation
- Calcium signaling recruits Rab27a and the exocyst complex to promote small extracellular vesicle release in skeletal muscle cells
- Clathrin-coated tubules mediate rapid and selective protein absorption by lysosome-rich enterocytes
- MULTIVALENT ACE2 ENGAGEMENT ACTIVATES PIEZO1-SPHINGOMYELINASE SIGNALING IN SARS-COV-2 SPIKE-MEDIATED CELL-CELL FUSION
- SHROOM3 promotes leading-edge protrusion stability and Wnt/planar cell polarity-mediated migration in breast cancer cells
Semantic map
Model: all-minilm. Positions are a two-dimensional approximation of embedding similarity; proximity is not a citation or proof of agreement. Results come from the snapshot’s candidate window.
No current, compatible embeddings are available for related works in this snapshot. A semantic map appears after background embedding and snapshot generation.