Search for author "Mark R. Boyett"
85 Results
- You have accessRestricted accessThe Sinoatrial Node: Cell Size Does MatterM.R. Boyett, H. Honjo, I. Kodama, M.K. Lancaster, M. Lei, H. Musa and H. ZhangCirculation Research. 2007;101:e81-e82, originally published September 27, 2007https://doi.org/10.1161/CIRCRESAHA.107.161190
- You have accessRestricted accessThe Sinoatrial Node: Cell Size Does MatterM.R. Boyett, H. Honjo, I. Kodama, M.K. Lancaster, M. Lei, H. Musa and H. ZhangCirculation Research. 2007;101:e81-e82, originally published September 27, 2007https://doi.org/10.1161/CIRCRESAHA.107.161190
- You have accessRestricted accessThe Sinoatrial Node Is Still Setting the Pace 100 Years After its DiscoveryM.R. Boyett and H. DobrzynskiCirculation Research. 2007;100:1543-1545, originally published June 7, 2007https://doi.org/10.1161/CIRCRESAHA.107.101101
- You have accessThe Sinoatrial Node Is Still Setting the Pace 100 Years After its DiscoveryM.R. Boyett, H. DobrzynskiCirculation Research June 2007, 100 (11) 1543-1545; DOI: https://doi.org/10.1161/CIRCRESAHA.107.101101By M.R. Boyett and H. DobrzynskiCa2+ handling in the sinoatrial node. A, Immunolabeling of RYR2 in atrial (left) and sinoatrial (right) cells from the rabbit. In the atrial cell, the...Show MoreCa2+ handling in the sinoatrial node. A, Immunolabeling of RYR2 in atrial (left) and sinoatrial (right) cells from the rabbit. In the atrial cell, there is subsarcolemmal labeling (corresponding to subsarcolemmal SR) as well as intracellular striated labeling (corresponding to corbular SR; N.B., there are no t tubules in atrial cells). Adapted from Musa et al.14 In the sinoatrial node cells, there is only subsarcolemmal labeling. B, Cartoon of Ca2+ handling in a sinoatrial node cell.Show Less
- You have accessRestricted accessThe Sinoatrial Node Is Still Setting the Pace 100 Years After its DiscoveryM.R. Boyett and H. DobrzynskiCirculation Research. 2007;100:1543-1545, originally published June 7, 2007https://doi.org/10.1161/CIRCRESAHA.107.101101
- You have accessThe Sinoatrial Node Is Still Setting the Pace 100 Years After its DiscoveryM.R. Boyett, H. DobrzynskiCirculation Research June 2007, 100 (11) 1543-1545; DOI: https://doi.org/10.1161/CIRCRESAHA.107.101101By M.R. Boyett and H. DobrzynskiCa2+ handling in the sinoatrial node. A, Immunolabeling of RYR2 in atrial (left) and sinoatrial (right) cells from the rabbit. In the atrial cell, the...Show MoreCa2+ handling in the sinoatrial node. A, Immunolabeling of RYR2 in atrial (left) and sinoatrial (right) cells from the rabbit. In the atrial cell, there is subsarcolemmal labeling (corresponding to subsarcolemmal SR) as well as intracellular striated labeling (corresponding to corbular SR; N.B., there are no t tubules in atrial cells). Adapted from Musa et al.14 In the sinoatrial node cells, there is only subsarcolemmal labeling. B, Cartoon of Ca2+ handling in a sinoatrial node cell.Show Less
- You have accessRestricted accessNew Insights Into Pacemaker ActivityPromoting Understanding of Sick Sinus SyndromeHalina Dobrzynski, Mark R. Boyett and Robert H. AndersonCirculation. 2007;115:1921-1932, originally published April 9, 2007https://doi.org/10.1161/CIRCULATIONAHA.106.616011
- You have accessRestricted accessDeclining Into FailureThe Age-Dependent Loss of the L-Type Calcium Channel Within the Sinoatrial NodeSandra A. Jones, Mark R. Boyett and Matthew K. LancasterCirculation. 2007;115:1183-1190, originally published March 12, 2007https://doi.org/10.1161/CIRCULATIONAHA.106.663070
- You have accessRestricted accessDifferential Expression of Ion Channel Transcripts in Atrial Muscle and Sinoatrial Node in RabbitJames O. Tellez, Halina Dobrzynski, Ian D. Greener, Gillian M. Graham, Emma Laing, Haruo Honjo, Simon J. Hubbard, Mark R. Boyett and Rudi BilleterCirculation Research. 2006;99:1384-1393, originally published December 7, 2006https://doi.org/10.1161/01.RES.0000251717.98379.69
- You have accessDifferential Expression of Ion Channel Transcripts in Atrial Muscle and Sinoatrial Node in RabbitJames O. Tellez, Halina Dobrzynski, Ian D. Greener, Gillian M. Graham, Emma Laing, Haruo Honjo, Simon J. Hubbard, Mark R. Boyett, Rudi BilleterCirculation Research December 2006, 99 (12) 1384-1393; DOI: https://doi.org/10.1161/01.RES.0000251717.98379.69By James O. Tellez, Halina Dobrzynski, Ian D. Greener, Gillian M. Graham, Emma Laing, Haruo Honjo, Simon J. Hubbard, Mark R. Boyett and Rudi BilleterFigure 1. Preparation studied and abundance of transcripts for SAN markers, connexins, and ryanodine receptors. A through C, Typical action potentials...Show MoreFigure 1. Preparation studied and abundance of transcripts for SAN markers, connexins, and ryanodine receptors. A through C, Typical action potentials recorded from atrial muscle, RSARB and SAN center of rabbit (32°C). Atrial action potentials recorded from intact SAN preparation, whereas action potentials from RSARB and SAN center recorded from isolated balls of tissue ≈0.3 mm in diameter. D, Masson’s trichrome stained section through right atrial free wall, crista terminalis (CT) and intercaval region. Red, myocytes; blue, connective tissue. Dashed line in this and all similar figures represents approximate border between atrial muscle and SAN periphery. E through L, relative abundance of transcripts as measured by qPCR. Means±SEM (n=7) shown. In this and other figures:*#significantly different from atrial muscle* or SAN periphery# (P<0.05) as determined by one-way ANOVA; †significantly different from atrial muscle (P<0.05) as determined by paired t-test.Show Less
Pages
Journal
Source
Article Type
Article Type
- Ablation/ICD/surgery 16
- Arrhythmia/Electrophysiology 3
- Arrythmias-basic studies 16
- Autonomic, reflex, and neurohumoral control of circulation 3
- Basic Science Reports 1
- Basic Science Research 16
- Biochemistry and metabolism 9
- Calcium cycling/excitation-contraction coupling 3
- Cell biology/structural biology 9
- Cellular Biology 17
- Clinical Investigation and Reports 1
- Contemporary Reviews in Cardiovascular Medicine 1
- Editorial 4
- Electrophysiology 16
- Gene expression 9
- Imaging 16
- Integrative Physiology 50
- Ion channels/membrane transport 21
- Ischemic biology - basic studies 9
- Letters to The Editor 2
- Other myocardial biology 9
- Pacemaker 9
- Physiological and pathological control of gene expression 9
- Research Commentary 6
- Structure 9
Subject
Subject
- Ablation/ICD/surgery 32
- Animal models of human disease 1
- Arrhythmias, clinical electrophysiology, drugs 1
- Arrythmias-basic studies 34
- Autonomic, reflex, and neurohumoral control of circulation 6
- Basic Science Research 32
- Biochemistry and metabolism 17
- Calcium cycling/excitation-contraction coupling 6
- Cell biology/structural biology 17
- Electrophysiology 33
- Gene expression 19
- Imaging 32
- Ion channels/membrane transport 45
- Ischemic biology - basic studies 17
- Other myocardial biology 21
- Pacemaker 20
- Physiological and pathological control of gene expression 18
- Quantitative modeling 1
- Structure 22
Content Type
Resource Type
- Articles 19
- Tables & Figures 66

