Shimoda Lab, EiC AJP-Lung (@shimoda_lab) 's Twitter Profile
Shimoda Lab, EiC AJP-Lung

@shimoda_lab

Studying cellular mechanisms involved in pulmonary vascular physiology and pathobiology EiC @AJPLung #HopkinsPCCMVascBio #HopkinsPCCM #HopkinsPCCMFellowship

ID: 950497568219389952

calendar_today08-01-2018 22:40:54

671 Tweet

580 Followers

468 Following

AJP-Lung Cellular and Molecular Physiology (@ajplung) 's Twitter Profile Photo

Research Article by Q Chen et al. (Kingsley Okechukwu Nwozor University of Groningen University of British Columbia) #COPD susceptibility gene #HHIP regulates repair genes in airway #epithelial cells and repair within the #epithelial-mesenchymal trophic unit ow.ly/MG4m50VSy5h

Research Article by Q Chen et al. (<a href="/K_O_Nwozor/">Kingsley Okechukwu Nwozor</a> <a href="/univgroningen/">University of Groningen</a> <a href="/UBC/">University of British Columbia</a>) #COPD susceptibility gene #HHIP regulates repair genes in airway #epithelial cells and repair within the #epithelial-mesenchymal trophic unit
ow.ly/MG4m50VSy5h
AJP-Lung Cellular and Molecular Physiology (@ajplung) 's Twitter Profile Photo

If you're interesed in #respiratory research, check out this #ArticleinPress! From ECE Florida, Leveraging Intrinsic Non-Sinusoidal Patterns to Infer Search Behavior To Predict Exposure to Respiratory Stressors (Anju Bimal et al.): ow.ly/x8zr50W6geV

If you're interesed in #respiratory research, check out this #ArticleinPress! From <a href="/ECEflorida/">ECE Florida</a>, Leveraging Intrinsic Non-Sinusoidal Patterns to Infer Search Behavior To Predict Exposure to Respiratory Stressors (Anju Bimal et al.):

ow.ly/x8zr50W6geV
AJP-Lung Cellular and Molecular Physiology (@ajplung) 's Twitter Profile Photo

Research Article by SM Bhat et al. (@mayoclinic) #TNFα-mediated subcellular heterogeneity of #succinate #dehydrogenase activity in human #airway #smoothmusclecells ow.ly/BVmu50VSyiX

Research Article by SM Bhat et al. (@mayoclinic) #TNFα-mediated subcellular heterogeneity of #succinate #dehydrogenase activity in human #airway #smoothmusclecells
ow.ly/BVmu50VSyiX
AJP-Lung Cellular and Molecular Physiology (@ajplung) 's Twitter Profile Photo

We're looking at the effects of #obesity on lungs in today's #ArticleinPress, The Bronchoalveolar Proteome Changes in Obesity (William G. Tharp et al. University of Vermont): ow.ly/KcYu50W7LcK

We're looking at the effects of #obesity on lungs in today's #ArticleinPress, The Bronchoalveolar Proteome Changes in Obesity (William G. Tharp et al. <a href="/uvmvermont/">University of Vermont</a>):

ow.ly/KcYu50W7LcK
AJP-Lung Cellular and Molecular Physiology (@ajplung) 's Twitter Profile Photo

Methods and Resources by YPA Myo et al. (@beccaheise @mtfreeberg VCU) Protocol for differentiating primary human small #airway #epithelial cells at the #air-liquid interface ow.ly/ojXf50VSyuK

Methods and Resources by YPA Myo et al. (@beccaheise @mtfreeberg <a href="/VCU/">VCU</a>) Protocol for differentiating primary human small #airway #epithelial cells at the #air-liquid interface
ow.ly/ojXf50VSyuK
AJP-Lung Cellular and Molecular Physiology (@ajplung) 's Twitter Profile Photo

Let's see what this great Thomas Jefferson University team is researching in this #ArticleinPress, Spatio-Temporal Calcium Signaling Patterns Underlying Opposing Effects of Histamine and TAS2R agonists in Airway Smooth Muscle (Stanley Conaway Jr et al.): ow.ly/CbT650Wa7Lh

Let's see what this great <a href="/JeffersonUniv/">Thomas Jefferson University</a> team is researching in this #ArticleinPress, Spatio-Temporal Calcium Signaling Patterns Underlying Opposing Effects of Histamine and TAS2R agonists in Airway Smooth Muscle (Stanley Conaway Jr et al.): 

ow.ly/CbT650Wa7Lh
AJP-Lung Cellular and Molecular Physiology (@ajplung) 's Twitter Profile Photo

Short Report by LA Tran et al. (University of Iowa) The #extracellular matrix protein #periostin is required for wound repair in primary human #airway #epithelia ow.ly/lVtS50VSyRm

Short Report by LA Tran et al. (<a href="/uiowa/">University of Iowa</a>) The #extracellular matrix protein #periostin is required for wound repair in primary human #airway #epithelia
ow.ly/lVtS50VSyRm
AJP-Lung Cellular and Molecular Physiology (@ajplung) 's Twitter Profile Photo

Let's check out this amazing #ArticleinPress from Biomedical Engineering @ UDEL! The nitrofen/bisdiamine murine model of congenital diaphragmatic #hernia has a pulmonary #hypertension vascular phenotype consistent with human #CDH (Cailin R. Gonyea et al.): ow.ly/CJQJ50WbyW3

Let's check out this amazing #ArticleinPress from <a href="/udbme/">Biomedical Engineering @ UDEL</a>! The nitrofen/bisdiamine murine model of congenital diaphragmatic #hernia has a pulmonary #hypertension vascular phenotype consistent with human #CDH (Cailin R. Gonyea et al.):

ow.ly/CJQJ50WbyW3
AJP-Lung Cellular and Molecular Physiology (@ajplung) 's Twitter Profile Photo

Research Article by AD Ambrosetti and ZJ Hagedorn et al. (Samford University UAB) #Lumacaftor inhibits channel activity of rescued #F508del #cysticfibrosis #transmembrane #conductanceregulator ow.ly/eCA850W002t

Research Article by AD Ambrosetti and ZJ Hagedorn et al. (<a href="/SamfordU/">Samford University</a> <a href="/UABNews/">UAB</a>) #Lumacaftor inhibits channel activity of rescued #F508del #cysticfibrosis #transmembrane #conductanceregulator
ow.ly/eCA850W002t
AJP-Lung Cellular and Molecular Physiology (@ajplung) 's Twitter Profile Photo

These The University of Chicago authors are studying the effects of #opioids on #breathing in this #ArticleinPress, Divergent Ventilatory Responses during Opioid-Induced Respiratory Depression in Response to Repeated Fentanyl Use (Karan G. Rai et al.): ow.ly/l7hl50WeHUc

These <a href="/UChicago/">The University of Chicago</a> authors are studying the effects of #opioids on #breathing in this #ArticleinPress, Divergent Ventilatory Responses during Opioid-Induced Respiratory Depression in Response to Repeated Fentanyl Use (Karan G. Rai et al.):

ow.ly/l7hl50WeHUc
AJP-Lung Cellular and Molecular Physiology (@ajplung) 's Twitter Profile Photo

Research Article by CV Lewis et al. (CU Anschutz Medical Campus @sdburciaga dani @cassDelaneyMD) Vascular EC-SOD limits the accumulation, proinflammatory #profibrotic reprogramming, and #hyaluronan binding of interstitial #macrophages in #hypoxia ow.ly/rn4450W00aQ

Research Article by CV Lewis et al. (<a href="/CUAnschutz/">CU Anschutz Medical Campus</a> @sdburciaga <a href="/dch1309/">dani</a> @cassDelaneyMD) Vascular EC-SOD limits the accumulation, proinflammatory #profibrotic reprogramming, and #hyaluronan binding of interstitial #macrophages in #hypoxia
ow.ly/rn4450W00aQ
AJP-Lung Cellular and Molecular Physiology (@ajplung) 's Twitter Profile Photo

Let's look at some contributions to the field in this #ArticleinPress, Combining Innovative Methodologies with Deep Personal Connections to Further Physiology Research: Lessons from Joseph D. Brain, ScD (J. J. Fredberg and J. P. Mizgerd Harvard Chan NIEHS Center for Environmental Health): ow.ly/8UKW50Wh421

Let's look at some contributions to the field in this #ArticleinPress, Combining Innovative Methodologies with Deep Personal Connections to Further Physiology Research: Lessons from Joseph D. Brain, ScD (J. J. Fredberg and J. P. Mizgerd <a href="/hsphniehsctr/">Harvard Chan NIEHS Center for Environmental Health</a>):

ow.ly/8UKW50Wh421
AJP-Lung Cellular and Molecular Physiology (@ajplung) 's Twitter Profile Photo

Methods and Resources by HF Thorndyke EP Lundberg SM Majka et al. (@njhealth) Development of novel technology for the visualization and quantitation of #angiogenesis and the #alveolar #capillary network in a mouse model of #fibrosis ow.ly/FiI350W00of

Methods and Resources by HF Thorndyke EP Lundberg SM Majka et al. (@njhealth) Development of novel technology for the visualization and quantitation of #angiogenesis and the #alveolar #capillary network in a mouse model of #fibrosis
ow.ly/FiI350W00of
AJP-Lung Cellular and Molecular Physiology (@ajplung) 's Twitter Profile Photo

Research Article by A Babicheva and JXJ Yuan et al. (University of Minnesota UC San Diego Mayo Clinic @UFlorida) Store-operated #Ca2+ entry is involved in #endothelium to #mesenchymal transition in lung vascular #endothelialcells 🫁 ow.ly/ScFC50W0M3s

Research Article by A Babicheva and JXJ Yuan et al. (<a href="/UMNews/">University of Minnesota</a> <a href="/UCSD/">UC San Diego</a> <a href="/MayoClinic/">Mayo Clinic</a> @UFlorida) Store-operated #Ca2+ entry is involved in #endothelium to #mesenchymal transition in lung vascular #endothelialcells 🫁
ow.ly/ScFC50W0M3s
AJP-Lung Cellular and Molecular Physiology (@ajplung) 's Twitter Profile Photo

This amazing CHRIM duo is looking into the potential link between #diabetes and #COPD in this #ArticleinPress, Maternal diabetes and Lung Health: an unexplored risk factor for COPD? (S. Ranatunga and C. D. Pascoe): ow.ly/ax7p50Wik7q

This amazing <a href="/CHRIManitoba/">CHRIM</a> duo is looking into the potential link between #diabetes and #COPD in this #ArticleinPress, Maternal diabetes and Lung Health: an unexplored risk factor for COPD? (S. Ranatunga and C. D. Pascoe):

ow.ly/ax7p50Wik7q
AJP-Lung Cellular and Molecular Physiology (@ajplung) 's Twitter Profile Photo

Short Report by M Wisman et al. (University of Groningen) Lower levels of #senescence in human lung #mesenchymal #stromal cells compared with lung #fibroblasts: implications for tissue regeneration in #COPD 🫁 ow.ly/rINh50W0MbM

Short Report by M Wisman et al. (<a href="/univgroningen/">University of Groningen</a>) Lower levels of #senescence in human lung #mesenchymal #stromal cells compared with lung #fibroblasts: implications for tissue regeneration in #COPD 🫁
ow.ly/rINh50W0MbM
AJP-Lung Cellular and Molecular Physiology (@ajplung) 's Twitter Profile Photo

There's some great #hypertension research coming out of Kyushu University in today's #ArticleinPress, Activated Factor X Inhibition Ameliorates NF-κB-IL-6‒Mediated Perivascular Inflammation and Pulmonary Hypertension (Satomi Imakiire et al.): ow.ly/Qg9h50WjGmR

There's some great #hypertension research coming out of <a href="/KyushuUniv_EN/">Kyushu University</a> in today's #ArticleinPress, Activated Factor X Inhibition Ameliorates NF-κB-IL-6‒Mediated Perivascular Inflammation and Pulmonary Hypertension (Satomi Imakiire et al.):

ow.ly/Qg9h50WjGmR