Effect of the intervention on mean changes in blood pressure and body composition measures after 6 months of follow-up. by Grace Wambura Mbuthia (6019439)

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Mean change in blood pressure after 6 months of follow-up. by Grace Wambura Mbuthia (6019439)

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Auxotonic to isometric contraction transitioning in a beating heart causes myosin step-size to down shift by Thomas P. Burghardt (356353)

Subjects: “…GFP emission reports time-resolved myosin lever-arm orientation…”

Study design diagram. by José Pedro Ferreira (4905583)

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Schedule of enrolment, interventions, and assessments. by José Pedro Ferreira (4905583)

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Overview of the exercise program. by José Pedro Ferreira (4905583)

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Inclusion and exclusion criteria for participants. by José Pedro Ferreira (4905583)

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Sequence alignment of EBV BFRF1 and BFLF1. by Michael K. Thorsen (13021608)

Sequence alignment of EBV and homologous NECs. by Michael K. Thorsen (13021608)

Baseline characteristics between the two groups. by Ling Gao (429702)

“…</p><p>Conclusions</p><p>In subacute stroke patients, the central-peripheral combined stimulation approach, which involves dual tDCS (central stimulation) and synchronous OT (peripheral sensory-motor stimulation) enhanced the effects of OT alone, leading to greater improvements in upper limb function and normalization of brain activity.…”

Data used to build graphs. by Ling Gao (429702)

“…</p><p>Conclusions</p><p>In subacute stroke patients, the central-peripheral combined stimulation approach, which involves dual tDCS (central stimulation) and synchronous OT (peripheral sensory-motor stimulation) enhanced the effects of OT alone, leading to greater improvements in upper limb function and normalization of brain activity.…”

Comparison of MBI scores between the two groups. by Ling Gao (429702)

“…</p><p>Conclusions</p><p>In subacute stroke patients, the central-peripheral combined stimulation approach, which involves dual tDCS (central stimulation) and synchronous OT (peripheral sensory-motor stimulation) enhanced the effects of OT alone, leading to greater improvements in upper limb function and normalization of brain activity.…”

SneRING distribution in cells after expression. by Eva-Maria Hörner (9576212)

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AutoPLP: A Padlock Probe Design Pipeline for Zoonotic Pathogens by Sowmya Ramaswamy Krishnan (10030681)

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SneRING interacts with mitochondrial and ER proteins. by Eva-Maria Hörner (9576212)

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Immunoblot detection of ubiquitin-linked chains generated by SneRING. by Eva-Maria Hörner (9576212)

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SneRING localizes to the host cell cytosolic, light membranes, and inner mitochondrial membrane after overexpression. by Eva-Maria Hörner (9576212)

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Data of the RT-qPCR graphs presented in S3 Fig. by Eva-Maria Hörner (9576212)

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Potential <i>S. negevensis</i> proteins that interact with SneRING. by Eva-Maria Hörner (9576212)

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SneRING is a predicted RING domain ligase. by Eva-Maria Hörner (9576212)

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