Jonathan Godbout | Neurobiology of Stress | Innovative Research Award

Published on by Neuroscientists

Innovative Research Award

Jonathan Godbout · The Ohio State University · Neurobiology of Stress

Jonathan Godbout
Jonathan Godbout
Affiliation The Ohio State University
Country United States
Scopus ID 6701555037
Documents 145
Citations 18,111
h-index  66
Subject Area Neurobiology of Stress
Event World Neuroscientists Awards
ORCID 0000-0003-4710-6892

The Innovative Research Award is a research-recognition category presented here in the context of neuroscience and the study of stress-related biological processes. This article outlines the research profile of Jonathan Godbout, his institutional affiliation, the relevance of neurobiology of stress, and the scholarly considerations that may inform recognition through the World Neuroscientists Awards. The award title and event association presented on this page should not be interpreted as confirmation that a specific award has been conferred.

Abstract

Neurobiology of stress examines the biological systems through which stressful experiences influence the nervous system, immune signaling, behavior, and health. Research in this area can integrate neuroscience, neuroendocrinology, neuroimmunology, and behavioral science to investigate how stress responses develop and how their effects vary across biological and environmental contexts. Jonathan Godbout is associated with The Ohio State University, and the researcher identifiers supplied for this profile provide starting points for reviewing his scholarly record. [1] [2]

This article frames the Innovative Research Award around scientific originality, methodological rigor, reproducibility, and the potential contribution of research to understanding stress-related neurological and behavioral processes. Individual publication metrics, award outcomes, and specific accomplishments require verification against authoritative records before they can be stated as established facts.

Keywords

Innovative Research Award; Jonathan Godbout; The Ohio State University; neurobiology of stress; neuroscience; neuroimmunology; neuroinflammation; stress physiology; brain–immune interactions; behavioral neuroscience; scientific innovation; research recognition; World Neuroscientists Awards.

Introduction

Stress is a coordinated physiological and behavioral response to challenges that threaten or alter an organism’s internal balance. Its effects involve multiple biological systems, including the hypothalamic–pituitary–adrenal axis, autonomic signaling, immune pathways, and neural circuits associated with learning, emotion, and behavior. The neurobiology of stress investigates how these systems interact and how the duration, intensity, and context of stress exposure can influence health and behavior. [3]

Research in this field is relevant to understanding neuroinflammatory processes, stress-related changes in brain function, individual differences in stress resilience, and possible links between chronic stress and neurological or psychiatric conditions. Translational research can help connect laboratory findings with clinical questions, although the implications of any individual study depend on its design, population, and reproducibility. [4]

Within this context, an innovative research recognition framework can acknowledge work that advances established methods, develops new explanatory models, or provides robust evidence addressing important scientific questions. The assessment should rely on documented contributions rather than assumptions based solely on institutional affiliation or researcher identifiers.

Research Profile

The profile information supplied for this article identifies Jonathan Godbout with The Ohio State University in the United States. The listed Scopus author identifier is 6701555037, and the listed ORCID identifier is 0000-0003-4710-6892. These identifiers can assist readers in locating publication records and distinguishing researcher profiles, but their existence alone does not establish any particular award, publication count, citation total, or research achievement. [1] [2]

The subject area designated for this article is neurobiology of stress. A complete scholarly profile should be developed from verified institutional information, researcher-authored publications, indexed bibliographic records, and relevant research outputs. The scope of an individual researcher’s contributions should be determined from those sources rather than inferred from the general subject classification.

Research Contributions

Research contributions in neurobiology of stress may address the mechanisms linking stress exposure with immune activity, neural function, and behavioral outcomes. Studies in neuroimmunology, for example, investigate communication between immune mediators and the central nervous system, including how inflammatory signaling may be associated with changes in brain function under particular conditions. The relevance of these mechanisms varies by experimental model and research question. [4]

For recognition under an innovative research category, relevant evidence may include the introduction of a new hypothesis, a validated experimental technique, a reproducible finding that changes an existing interpretation, or a well-supported integration of previously separate research approaches. Novelty should be assessed in relation to prior literature, while scientific significance should be judged by the quality of the evidence and the contribution to the field.

Potential dimensions for evaluating contributions include:

  • Mechanistic insight: evidence that clarifies relationships among stress signaling, immune activity, and nervous-system function.
  • Methodological innovation: validated methods that improve measurement, experimental control, or interpretation.
  • Reproducibility: transparent methods, appropriate statistical analysis, and findings that can be independently assessed.
  • Interdisciplinary relevance: carefully supported connections among neuroscience, immunology, physiology, and behavioral research.
  • Translational potential: a clearly justified pathway through which basic findings may inform future clinical or public-health research.

These dimensions describe general scholarly assessment criteria. They should not be interpreted as a verified inventory of achievements by the named researcher or as confirmation that a particular award committee has evaluated the researcher against them.

Publications

Peer-reviewed publications provide an important evidence base for evaluating research activity, scientific originality, and influence. Relevant records can be located through the supplied Scopus author profile and Google Scholar profile. Individual publications should be checked against publisher records for authorship, title, journal, publication year, and DOI before being included in a formal award biography or bibliography. [1] [5]

No specific publication titles, DOI records, or verified publication counts are asserted in this section because individual records have not been independently established for this article. Readers should consult the linked databases to identify the works relevant to the designated research area.

A publication review intended for award evaluation may organize verified works by:

  1. Original research articles that report new experimental or observational findings.
  2. Review articles that synthesize evidence and identify unresolved research questions.
  3. Methodological publications that introduce or validate research tools and protocols.
  4. Collaborative publications that demonstrate interdisciplinary research contributions.

Citation indicators such as total citations and the h-index may provide supplementary information about scholarly visibility, but they are influenced by field, career stage, database coverage, authorship practices, and the time since publication. They should be interpreted alongside qualitative assessment of the underlying work.

Research Impact

The impact of research in neurobiology of stress may extend across fundamental neuroscience, behavioral research, neuroimmunology, and investigations of stress-associated health outcomes. Studies that clarify the biological consequences of stress can help refine scientific models and guide future investigations into the interaction between environmental exposures and physiological responses. However, potential relevance to clinical practice should be distinguished from demonstrated clinical effectiveness.

Research impact can be evaluated using a combination of quantitative and qualitative evidence. Bibliometric indicators may describe publication visibility, while independent citations, replication studies, data reuse, methodological adoption, and subsequent research can provide further context about a contribution’s influence. Responsible research assessment recommends avoiding reliance on a single metric when judging individual researchers or research outputs. [6]

For a complete assessment of Jonathan Godbout’s impact, relevant evidence should be collected from verified publications, institutional research descriptions, and independently traceable citations. No specific impact measurement or clinical outcome is claimed here without supporting records.

Award Suitability

The Innovative Research Award, as framed in this article, emphasizes the qualities commonly associated with scientific innovation: originality, methodological rigor, reproducibility, significance, and the ability to advance understanding within a research discipline. For a neuroscience-related award associated with the World Neuroscientists Awards, the suitability of a candidate should be determined using the organizer’s published eligibility requirements and evaluation criteria.

A transparent nomination or assessment process may consider the following evidence:

  • Originality: documented evidence of a novel research question, finding, method, or conceptual framework.
  • Scientific quality: suitable experimental design, valid interpretation, and appropriate acknowledgment of limitations.
  • Scholarly contribution: verified publications and evidence of the candidate’s role in the research.
  • Research integrity: transparent reporting, ethical research conduct, and appropriate data practices.
  • Field relevance: a clear explanation of how the work contributes to neuroscience or the neurobiology of stress.
  • Broader significance: a balanced account of potential scientific, interdisciplinary, or translational implications.

A submission dossier may include a current curriculum vitae, a concise research biography, an abstract describing the central contribution, a selected publication list with DOI links, and supporting documentation. Applicants should verify any age restrictions, career-stage requirements, publication thresholds, nomination procedures, fees, deadlines, and eligibility conditions directly with the event organizer. These requirements are not specified or confirmed in this article.

The association of a researcher with an award topic does not establish nomination, selection, finalist status, or receipt of the award. Any such status should be reported only when supported by an official announcement or other reliable documentation.

Conclusion

The Innovative Research Award provides a framework for discussing research excellence and innovation in the context of neuroscience and the neurobiology of stress. Jonathan Godbout’s supplied institutional affiliation and researcher identifiers offer starting points for further examination of the relevant scholarly record. A reliable evaluation of research contributions, publication activity, and scientific impact requires verification through authoritative academic sources.

Maintaining a distinction between documented facts and general award-assessment criteria supports an accurate and responsible academic profile. Before publication, the article should be supplemented with verified bibliographic details and any official information about the award category or recipient status that the event organizer makes available.

References

The following sources provide routes for checking researcher identity, locating scholarly records, and consulting relevant scientific literature and research-assessment guidance. Database profiles may change over time. Individual publication metadata and award details should be checked before use in a formal nomination or scholarly biography.

  1. Elsevier. (n.d.). Scopus author details: Jonathan Godbout, Author ID 6701555037. Scopus.

    https://www.scopus.com/authid/detail.uri?authorId=6701555037

  2. ORCID. (n.d.). ORCID record 0000-0003-4710-6892. ORCID.

    https://orcid.org/0000-0003-4710-6892

  3. McEwen, B. S. (1998). Protective and damaging effects of stress mediators. New England Journal of Medicine, 338(3), 171–179.

    https://doi.org/10.1056/NEJM199801153380307

  4. Dantzer, R., O’Connor, J. C., Freund, G. G., Johnson, R. W., & Kelley, K. W. (2008). From inflammation to sickness and depression: When the immune system subjugates the brain. Nature Reviews Neuroscience, 9, 46–56.

    https://doi.org/10.1038/nrn2297

  5. Google Scholar. (n.d.). Google Scholar citations profile supplied for Jonathan Godbout.

    https://scholar.google.com/citations?hl=en&user=XWZWCswAAAAJ

Editorial note: This article is a research-profile and award-context draft. The award category, researcher metrics, individual research achievements, and award-recipient status should be independently verified before publication. The presence of an external profile link does not by itself validate every biographical or bibliometric detail.

THANGANAGARASAN T | Early-Career Clinical Research in Severe Mental Illness and Neuromodulation | Young Scientist Award

Published on by Neuroscientists

Young Scientist Award

THANGANAGARASAN T
Karpagam Faculty of Medical Science and Research, India

THANGANAGARASAN T
THANGANAGARASAN T
Affiliation Karpagam Faculty of Medical Science and Research
Country India
Subject area Early-Career Clinical Research in Severe Mental Illness and Neuromodulation
Event World Neuroscientists Awards
ORCID 0009-0003-8905-344X

The Young Scientist Award recognizes emerging researchers whose scientific work demonstrates research potential, methodological rigor, and relevance to their respective disciplines. Within neuroscience and clinical research, early-career investigators contribute to the understanding of neurological and psychiatric conditions, the evaluation of therapeutic approaches, and the development of evidence-informed clinical practice. THANGANAGARASAN T, affiliated with Karpagam Faculty of Medical Science and Research in India, is associated with the subject area of early-career clinical research in severe mental illness and neuromodulation. This article presents a structured overview of the research area, relevant scholarly contributions, and the general considerations used when evaluating early-career scientific recognition. Individual publication records, bibliometric indicators, and award outcomes require independent verification before being attributed to the researcher.

Abstract

Early-career research is important to the advancement of neuroscience, psychiatry, and evidence-based clinical care. Severe mental illnesses can involve substantial functional impairment and complex treatment needs, making rigorous clinical investigation and evaluation of therapeutic interventions important areas of scientific inquiry. Neuromodulation research examines approaches that influence neural activity and investigates their potential applications, effectiveness, safety, and limitations. This article outlines the relevance of these research themes to the Young Scientist Award context associated with the World Neuroscientists Awards. It identifies research quality, ethical conduct, transparent reporting, and reproducibility as key considerations for assessing early-career investigators. Specific achievements by THANGANAGARASAN T, including publications, citations, and award status, are not asserted without independently verifiable supporting records. General guidance is informed by established clinical reporting and research-integrity frameworks. [1] [2]

Keywords

Young Scientist Award; neuroscience; early-career researcher; severe mental illness; clinical research; neuromodulation; psychiatric research; evidence-based medicine; clinical trial methodology; research ethics; reproducibility; scientific communication; translational neuroscience; research integrity.

Introduction

Scientific awards can provide a framework for recognizing research promise, professional development, and contributions to a scientific community. In neuroscience, progress frequently depends on collaboration among clinical practitioners, laboratory investigators, statisticians, and specialists in neural measurement and intervention. Research into severe mental illness is particularly important because clinical outcomes can vary across individuals, and treatment decisions often require the careful interpretation of multiple forms of evidence.

Neuromodulation encompasses interventions intended to alter the activity of neural circuits. Depending on the method, research may investigate clinical outcomes, mechanisms of action, treatment tolerability, patient selection, or longer-term effects. Claims about the effectiveness of any intervention must be supported by appropriately designed studies, transparent methods, and balanced interpretation of results. Systematic reviews and clinical practice guidance can help place individual findings within the wider evidence base. [3]

The Young Scientist Award is considered here as a research-recognition topic rather than confirmation of a specific nomination or award decision. The eligibility rules, deadlines, judging procedures, and recipient announcements for the relevant event should be checked against its official information before publication.

Research Profile

THANGANAGARASAN T is identified in the supplied profile information as being affiliated with Karpagam Faculty of Medical Science and Research, India. The stated research subject area is early-career clinical research in severe mental illness and neuromodulation. The ORCID identifier supplied for this profile is 0009-0003-8905-344X. ORCID provides persistent researcher identifiers that can help distinguish individuals and connect their scholarly records. [4]

The supplied information does not independently establish a complete academic biography, clinical specialty, employment history, educational qualifications, research funding, or list of publications. These details should be added only after verification against institutional records, the researcher’s authenticated profile, or primary publication sources.

A comprehensive research profile in this field may include clinical research interests, study design experience, involvement in multidisciplinary research, knowledge of research ethics, and contributions to scholarly dissemination. These are suggested profile elements, not claims that the named researcher has completed specific activities.

Research Contributions

Research on severe mental illness and neuromodulation may address clinically significant questions about symptom improvement, functional recovery, treatment response, adverse effects, and differences in outcomes among patient groups. Contributions can take several forms, including original clinical investigations, systematic reviews, methodological studies, observational research, and collaborative work translating scientific findings into clinical settings.

For a research contribution to be evaluated reliably, the study question and methods should be clearly reported, outcome measures should be appropriate to the research question, and limitations should be acknowledged. Clinical studies should also demonstrate suitable ethical oversight and participant protections. Reporting guidelines such as CONSORT for randomized trials and PRISMA for systematic reviews can improve transparency when applied to the relevant study design. [1] [2]

Potential areas for documenting the researcher’s verified contributions include:

  • Clinical investigation of severe mental illness using clearly defined diagnostic and outcome measures.
  • Evaluation of neuromodulation approaches through suitable clinical or translational research designs.
  • Critical appraisal of published evidence concerning psychiatric treatment effectiveness and safety.
  • Ethical, transparent reporting of clinical methods, results, limitations, and potential conflicts of interest.
  • Collaboration and scientific communication that support reproducibility and responsible interpretation of clinical findings.

These items describe relevant research directions and evaluation criteria. They should not be interpreted as a verified inventory of completed projects or achievements by THANGANAGARASAN T.

Publications

A publication record is an important source of evidence when assessing an early-career researcher’s scholarly activity. Relevant records may include peer-reviewed original research, systematic reviews, conference papers, research protocols, and other scholarly outputs. Each item should be verified using the original publisher’s page, a DOI record, or a recognized bibliographic database.

No publication titles, DOI identifiers, Scopus author identifier, document count, citation count, or h-index were provided in the profile information available for this article. Accordingly, no individual publication is attributed to the researcher here. Bibliometric indicators should be reported only after matching records to the correct researcher and checking for duplicate entries, name ambiguity, and database coverage.

For publication verification, Crossref provides searchable bibliographic metadata and DOI information. [5] Where a DOI is available, the standard resolver format is https://doi.org/ followed by the complete DOI suffix. A specific DOI must not be assigned without confirming the corresponding publication.

Research Impact

The impact of clinical neuroscience research should be evaluated through a combination of scientific quality, relevance to clinical needs, reproducibility, and potential value to patients and healthcare systems. Citation counts may indicate scholarly attention, but they do not independently establish the validity, originality, or practical importance of a study. The interpretation of bibliometric indicators also depends on publication age, subject area, database coverage, and authorship practices.

In severe mental illness and neuromodulation, clinically meaningful impact may involve improved understanding of treatment response, better characterization of risks, identification of unanswered research questions, or evidence that informs future clinical investigations. These outcomes require appropriate supporting evidence and should not be inferred solely from an award nomination or a researcher’s stated subject area.

A balanced impact assessment can consider the following factors:

  • Scientific rigor and suitability of the methods used.
  • Transparency of reporting and availability of relevant supporting information.
  • Clinical relevance and appropriate interpretation of benefits and risks.
  • Independent corroboration, reproducibility, and consistency with existing evidence.
  • Responsible communication of findings to researchers, clinicians, and the public.

Award Suitability

The relevance of a Young Scientist Award to a researcher in clinical neuroscience depends on the event’s published eligibility requirements and assessment criteria. Early-career awards commonly consider factors such as originality, research quality, scholarly contributions, potential for continued development, and relevance to the award’s stated scope. The actual criteria for the World Neuroscientists Awards must be confirmed using official event documentation before any specific eligibility determination is made.

A transparent assessment of suitability may consider the following areas:

  1. Research originality: whether the work addresses a meaningful question or provides a justified contribution to existing knowledge.
  2. Methodological quality: whether the research design, analysis, and reporting are appropriate to the stated objectives.
  3. Scholarly evidence: whether publications, presentations, or other outputs can be independently verified.
  4. Ethical responsibility: whether relevant approvals, consent procedures, and participant safeguards are documented when applicable.
  5. Research development: whether the applicant demonstrates a credible trajectory of learning, collaboration, and scientific contribution.
  6. Eligibility compliance: whether the applicant satisfies the event’s specified career-stage, documentation, submission, and deadline requirements.

The stated subject area of THANGANAGARASAN T is relevant to neuroscience and clinical research in general. However, this alone does not establish eligibility, nomination, selection, or receipt of an award. Any public statement about award status should be supported by an official announcement or direct confirmation from the organizer.

Conclusion

The Young Scientist Award provides a useful framework for discussing the recognition of emerging scientific researchers and the qualities associated with responsible early-career research. Severe mental illness and neuromodulation represent important areas of clinical neuroscience in which rigorous study design, ethical conduct, transparent reporting, and evidence-based interpretation are essential. THANGANAGARASAN T is identified in the supplied information as affiliated with Karpagam Faculty of Medical Science and Research in India, with a stated subject area in early-career clinical research in severe mental illness and neuromodulation.

Further development of this article should include independently verified biographical details, publication records, research outputs, and official award information where available. Maintaining a clear distinction between verified facts, general disciplinary context, and unconfirmed claims supports accuracy and scholarly credibility.

References

The following sources provide methodological, reporting, and researcher-identification context for this article. They do not independently establish the named researcher’s publication record or award status.

  1. Schulz, K. F., Altman, D. G., & Moher, D. (2010). CONSORT 2010 statement: Updated guidelines for reporting parallel group randomised trials. BMJ, 340, c332. https://doi.org/10.1136/bmj.c332
  2. Page, M. J., McKenzie, J. E., Bossuyt, P. M., et al. (2021). The PRISMA 2020 statement: An updated guideline for reporting systematic reviews. BMJ, 372, n71. https://doi.org/10.1136/bmj.n71
  3. National Institute for Health and Care Excellence. (n.d.). Guidance and evidence on mental health and neurological conditions. NICE. https://www.nice.org.uk/guidance
  4. ORCID. (n.d.). ORCID: Connecting research and researchers. https://orcid.org/
  5. Crossref. (n.d.). Crossref metadata search. Crossref. https://search.crossref.org/

Editorial note: This page is an informational academic profile based on the supplied details and general scholarly references. Bibliometric values, individual research achievements, nomination status, and award outcomes have not been independently verified. Confirm all researcher-specific claims and event details before presenting the page as an authoritative biography.