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Science Signaling

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Uncovering mechanisms in biology, gaining insights into physiology and disease.

ID: 137777298

linkhttps://www.science.org/journal/signaling calendar_today27-04-2010 18:46:45

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A molecular “switch” involving YAP, the exchange factor TRIO, and Rac1 and RhoA augments the migration and invasiveness of many types of healthy cells and of #glioblastoma cells, shows new work involving cells and patient data. Dr. Alfredo Quiñones-Hinojosa Johns Hopkins BME scim.ag/4dH62jA

A molecular “switch” involving YAP, the exchange factor TRIO, and Rac1 and RhoA augments the migration and invasiveness of many types of healthy cells and of #glioblastoma cells, shows new work involving cells and patient data. <a href="/DoctorQMd/">Dr. Alfredo Quiñones-Hinojosa</a> <a href="/JHUBME/">Johns Hopkins BME</a> scim.ag/4dH62jA
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Experiments with T cells uncover that SMAD2 undergoes #palmitoylation and interacts with STAT3 to generate proinflammatory T helper 17 cells, and that disrupting this cycle mitigates disease severity in a mouse model of multiple sclerosis. CornellChemistry scim.ag/4mEHgEE

Experiments with T cells uncover that SMAD2 undergoes #palmitoylation and interacts with STAT3 to generate proinflammatory T helper 17 cells, and that disrupting this cycle mitigates disease severity in a mouse model of multiple sclerosis. <a href="/CornellChem/">CornellChemistry</a> scim.ag/4mEHgEE
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A recent study untangles how mutations in a g protein can alter the function of #gpcrs in #pseudohypoparathyroidism, informing efforts to develop more personalized therapies for patients with this rare genetic disorder. @univcampharm @gpcrl scim.ag/4mpZWYE

A recent study untangles how mutations in a g protein can alter the function of #gpcrs in #pseudohypoparathyroidism, informing efforts to develop more personalized therapies for patients with this rare genetic disorder. @univcampharm @gpcrl scim.ag/4mpZWYE
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A team of researchers has uncovered how #melanoma cells treated with a BRAF inhibitor exploit cellular structures called lamellipodia to promote their proliferation and neutralize a tumor suppressor. Tadamoto Isogai Danuser Lab UT Southwestern Medical Center scim.ag/3FmjfBA

A team of researchers has uncovered how #melanoma cells treated with a BRAF inhibitor exploit cellular structures called lamellipodia to promote their proliferation and neutralize a tumor suppressor. <a href="/tadastic/">Tadamoto Isogai</a> <a href="/DanuserLab/">Danuser Lab</a> <a href="/UTSWMedCenter/">UT Southwestern Medical Center</a> scim.ag/3FmjfBA
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New findings identify a molecular network that controls #CellMigration in both health and disease, correlates with poorer outcomes in patients with #glioblastoma, and could inform future efforts to constrain cell invasion in cancer. Dr. Alfredo Quiñones-Hinojosa Johns Hopkins BME scim.ag/4dH62jA

New findings identify a molecular network that controls #CellMigration in both health and disease, correlates with poorer outcomes in patients with #glioblastoma, and could inform future efforts to constrain cell invasion in cancer. <a href="/DoctorQMd/">Dr. Alfredo Quiñones-Hinojosa</a> <a href="/JHUBME/">Johns Hopkins BME</a> scim.ag/4dH62jA
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Through experiments in vitro and in mice, researchers have discovered how the protein SMAD2 promotes the development of proinflammatory T cells, which may have implications for the treatment of some autoimmune diseases. CornellChemistry scim.ag/4mEHgEE

Through experiments in vitro and in mice, researchers have discovered how the protein SMAD2 promotes the development of proinflammatory T cells, which may have implications for the treatment of some autoimmune diseases. <a href="/CornellChem/">CornellChemistry</a> scim.ag/4mEHgEE
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Scientists delineate a pain perception pathway involving cyclic GMP produced by the receptor Npr2 in nociceptors and show that the receptor drives pain sensitivity and chronic pain in mice by stimulating phosphorylation of the protein CRP4. Goethe-Universität scim.ag/43sfiVm

Scientists delineate a pain perception pathway involving cyclic GMP produced by the receptor Npr2 in nociceptors and show that the receptor drives pain sensitivity and chronic pain in mice by stimulating phosphorylation of the protein CRP4. <a href="/goetheuni/">Goethe-Universität</a> scim.ag/43sfiVm
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A new study identifies a signaling axis involving the E3 ligase TRIM21 that supports metastatic growth in pancreatic cancer (#PDAC) by degrading Tap63-alpha, a transcriptional repressor of IL-20RB and an inhibitor of cell proliferation. Sichuan University scim.ag/3FJZaFu

A new study identifies a signaling axis involving the E3 ligase TRIM21 that supports metastatic growth in pancreatic cancer (#PDAC) by degrading Tap63-alpha, a transcriptional repressor of IL-20RB and an inhibitor of cell proliferation. <a href="/SCUCN/">Sichuan University</a> scim.ag/3FJZaFu
Science Signaling (@scisignal) 's Twitter Profile Photo

New findings identify a molecular network that controls #CellMigration in both health and disease, correlates with poorer outcomes in patients with #glioblastoma, and could inform future efforts to constrain cell invasion in cancer. Dr. Alfredo Quiñones-Hinojosa Johns Hopkins BME scim.ag/4dH62jA

New findings identify a molecular network that controls #CellMigration in both health and disease, correlates with poorer outcomes in patients with #glioblastoma, and could inform future efforts to constrain cell invasion in cancer. <a href="/DoctorQMd/">Dr. Alfredo Quiñones-Hinojosa</a> <a href="/JHUBME/">Johns Hopkins BME</a> scim.ag/4dH62jA
Science Signaling (@scisignal) 's Twitter Profile Photo

Through experiments in vitro and in mice, researchers have discovered how the protein SMAD2 promotes the development of proinflammatory T cells, which may have implications for the treatment of some autoimmune diseases. CornellChemistry scim.ag/4mEHgEE

Through experiments in vitro and in mice, researchers have discovered how the protein SMAD2 promotes the development of proinflammatory T cells, which may have implications for the treatment of some autoimmune diseases. <a href="/CornellChem/">CornellChemistry</a> scim.ag/4mEHgEE
Science Signaling (@scisignal) 's Twitter Profile Photo

A molecular pathway centered on a receptor named Npr2 sensitizes neurons to pain sensations in mice and could offer a potential therapeutic target in both acute and chronic pain, according to a new preclinical study. Goethe-Universität scim.ag/43sfiVm

A molecular pathway centered on a receptor named Npr2 sensitizes neurons to pain sensations in mice and could offer a potential therapeutic target in both acute and chronic pain, according to a new preclinical study. <a href="/goetheuni/">Goethe-Universität</a> scim.ag/43sfiVm
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In the new issue, researchers tie metastasis and the spread of #PancreaticCancer cells to mutations that enhance the activity of the enzyme TRIM21, a finding that could support research into new targeted therapies. Sichuan University scim.ag/3FJZaFu

In the new issue, researchers tie metastasis and the spread of #PancreaticCancer cells to mutations that enhance the activity of the enzyme TRIM21, a finding that could support research into new targeted therapies. <a href="/SCUCN/">Sichuan University</a> scim.ag/3FJZaFu
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Don’t miss the new issue of #ScienceSignaling! Scientists screen fruit flies to uncover protein domains that act as force-sensing molecular switches, a new Review explores the latest discoveries about connections between the ECM and lysosomes, and more. scim.ag/4dWvMs8

Don’t miss the new issue of #ScienceSignaling! 

Scientists screen fruit flies to uncover protein domains that act as force-sensing molecular switches, a new Review explores the latest discoveries about connections between the ECM and lysosomes, and more. scim.ag/4dWvMs8
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Applying a new screening approach in Drosophila, scientists uncover diverse protein domains that can activate the #Notch receptor in response to mechanical forces produced by #endocytosis, which required the ADAM10 homolog Kuz. Augusta University scim.ag/4l4qzB6

Applying a new screening approach in Drosophila, scientists uncover diverse protein domains that can activate the #Notch receptor in response to mechanical forces produced by #endocytosis, which required the ADAM10 homolog Kuz. <a href="/AUG_University/">Augusta University</a> scim.ag/4l4qzB6
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New discoveries are reshaping how scientists understand the molecular connections between the extracellular matrix (#ECM) and lysosomes—and the resulting implications for research and therapeutics for #neurodegenerative disorders. scim.ag/4ebwKRB

New discoveries are reshaping how scientists understand the molecular connections between the extracellular matrix (#ECM) and lysosomes—and the resulting implications for research and therapeutics for #neurodegenerative disorders. scim.ag/4ebwKRB
Science Signaling (@scisignal) 's Twitter Profile Photo

A molecular pathway centered on a receptor named Npr2 sensitizes neurons to pain sensations in mice and could offer a potential therapeutic target in both acute and chronic pain, according to a new preclinical study. Goethe-Universität scim.ag/43sfiVm

A molecular pathway centered on a receptor named Npr2 sensitizes neurons to pain sensations in mice and could offer a potential therapeutic target in both acute and chronic pain, according to a new preclinical study. <a href="/goetheuni/">Goethe-Universität</a> scim.ag/43sfiVm
Science Signaling (@scisignal) 's Twitter Profile Photo

Researchers recently tied metastasis and the spread of #PancreaticCancer cells to mutations that enhance the activity of the enzyme TRIM21, a finding that could support research into new targeted therapies. Sichuan University scim.ag/3FJZaFu

Researchers recently tied metastasis and the spread of #PancreaticCancer cells to mutations that enhance the activity of the enzyme TRIM21, a finding that could support research into new targeted therapies. <a href="/SCUCN/">Sichuan University</a> scim.ag/3FJZaFu
Science Signaling (@scisignal) 's Twitter Profile Photo

New discoveries are reshaping how scientists understand the molecular connections between the extracellular matrix (#ECM) and lysosomes—and the resulting implications for research and therapeutics for #neurodegenerative disorders. scim.ag/4ebwKRB

New discoveries are reshaping how scientists understand the molecular connections between the extracellular matrix (#ECM) and lysosomes—and the resulting implications for research and therapeutics for #neurodegenerative disorders. scim.ag/4ebwKRB
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In this issue's Editors’ Choice piece, we highlight a study by Juen and colleagues in Cell, which provides a structural analysis of how sweet taste is detected. Read a summary: scim.ag/4mZBL3F

In this issue's Editors’ Choice piece, we highlight a study by Juen and colleagues in <a href="/CellCellPress/">Cell</a>, which provides a structural analysis of how sweet taste is detected. 

Read a summary: scim.ag/4mZBL3F