postheadericon ISCB Romanian National Group

 

The Romanian National Group of International Society for Clinical Biostatistics (RNG-ISCB) was re-established in 2010 as a research and training unit of the Faculty of Computer Science, "Al. I. Cuza" University of Iasi.

 

Aims

 

The National Group is organized and shall be operated for educational and scientific purposes according to the aims stipulated in ISCB Constitution:

 

• to stimulate research on the biostatistical principles and methodology used in clinical research;
• to increase the relevance of statistical theory to clinical medicine;
• to promote high and harmonized standards of statistical practice;
• to work with other societies and organizations in the advancement of biostatistics;
• to promote better understanding of the use and interpretation of biostatistics by the general public, and by national and international organizations and agencies within the public and commercial sectors with an interest;
• to provide a common forum for clinicians and statisticians through meetings, seminars and publications.

 

Services to provide

 

To fulfill the aims stipulated in the ISCB Constitution and Romanian National Group Rules and Regulations, the fundamental services provided by the Romanian National Group Committee in collaboration with the Romanian National Group members are the following:

 

• assist Romanian academic community by helping researchers/professors to gain access to cutting-edge knowledge through the highest quality in-country training courses on statistical and computer science theory to clinical medicine offered by ISCB international experts in collaboration with universities and other institutions recognized as world-wide centers of excellence in the field;

• facilitate and encourage collaboration among the Romanian National Group members by creating a powerful and high professional communication network for the exchange of experiences, expertise, views and concerns in biostatistics and bioinformatics related issues;

• enable the Romanian National Group members to gain new knowledge and share practice by:

  • attending regularly scientific meetings in a virtual space (ex. participation on video conferences organized once a month, participation at discussions on group forum as often as is needed);

  • attending team building workshops held during weekend at each three months;

  • organizing during each year an International Summer School on advancements in biostatistics and bioinformatics related issues;

  • strengthen capacity in the research process (e.g. grant writing, research methodology, communication of research);

  • attending an annual general meeting regarding the evaluation of the Romanian National Group management activities and establishing the new general Agenda for the following year;

• design a virtual library on biostatistics and bioinformatics related issues, including a comprehensive documentation from heterogeneous sources such as to insure an adequate collection, management and dissemination of: data, reports, articles, books, projects outcomes, educational materials, based on most recent Web technologies;

• facilitate and encourage Romanian National Group members to participate at ISCB international conferences/workshops and training courses;

• facilitate and encourage collaboration among National Groups by organizing workshops, trainings and drawing funds for developing joint projects on biostatistics and bioinformatics related issues;

• provide training for high profile Ph. D. students and/or post doctoral researchers in statistical theory to clinical medicine and facilitate participation of ISCB experts as invited professors;

• create o proper environment for founding a laboratory on biostatistics and bioinformatics at European standards available to all interested ISCB members;

• encourage exchange programs of Ph.D. and post-doctorate students, professors and researchers among universities and research centers recommended by ISCB.

 

Potential Impact

 

Since the Romanian national capacity and experience in biostatistics and bioinformatics is scarce, collaboration with ISCB members and ISCB National Groups is vital.

 

• a strong national network of young relevant scientists from various fields with broad knowledge and technical skills prepared to generate and execute research projects in the field of biostatistics and bioinformatics related issues, able to solve specific problems with increased accuracy and ready to make a key contribution to the decision-making processes of population health;

• collaboration on multidisciplinary projects between universities and excellence centers in collaboration with ISCB members will enable researchers to compare experiences and learn what approaches to strengthening policy, management and service delivery are feasible and effective in what circumstances;

• build “prepared minds” – to make sure that, Master, Ph.D students and/or post doctoral researchers from Romania have a solid understanding of phenomena based on multidisciplinary approach, problem solving strategies and the assumptions behind that strategies, thereby making it possible to respond swiftly to health challenges and opportunities as they occur in real time;

• scientific identification and recruitment of talented young scientists, with appropriate gender balance, and provision of high-level training will lead to the development of a critical mass of scientists backed by good technical staff and good esprit de corps;

• opportunity for young scientists with strong interest in biostatistics and bioinformatics related issues to develop a fulminate career by learning and collaborating with ISCB experts;

• establish good linkages to strong institutions doing similar work and fostering of good partnership and networks;

• build up the capacity to support Romanian National Group to train the local scientists within their own national institutions with support of international experts of ISCB – create a critical mass of researchers from different disciplines to implement national research priorities;

• an adequate balance in biostatistics between the national and European levels;

• a coherent and adaptive approach for managing the rapidly growing knowledge base;

• an integrated knowledge-base platform for strategic decision making – reinforces flows of knowledge and eliminates barriers to access; by stressing connectivity across issues, as well as access to specific knowledge and information, serves as a support system for strategic analysis and decision-making;

• a virtual library adaptive to user needs - facilitate the development and diffusion of patentable knowledge accelerating access to relevant knowledge (basic data, robust information and interpretation);

• access to “best practices” enhances prospects for implementation where they are most needed; a better understanding of the nature and urgency of the problems in biostatistics and bioinformatics.

 

Value-added

• Information consolidation on biostatistics and bioinformatics related issues;
• Better research policy;
• Create an web-based integration information system in order to response to queries that none of the existing information source can separately answer;
• Create a new generation of “biostatistician” scientists.

 

Gains from knowledge networking

• Identifying “best practices”;
• Eliminating technology barriers;
• Protecting quality controls;
• Retaining knowledge frontiers;
• Obtaining knowledge of practical experience;
• Increased flexibility in adaptation, innovation and management of interdisciplinary issues;
• Strengthened capacity for making strategic choices;
• Reinforced mechanisms and institutions for capacity-building;
• Building research capacity to measure the resource flows.

 

Key features and deliverables:

 

National level Regional level
(in collaboration with ISCB National Groups and ISCB members)
Global level
(in collaboration with ISCB National Groups and ISCB members)
Knowledge production Assessment of research quality;

Dissemination of knowledge;

Involvement of all stakeholders;

Build capacity for information and communication technology;

Conduct research synthesis;

Develop research policies and priorities;

Promote multidisciplinary research.
Identify gaps in knowledge;

Establish regional collaboration for projects, funding, best practices and networks for data exchange;

Promote collaboration in priority research areas;

Promote publication of regional research journals.
Strengthen role of universities, foster public-private partnership;


Facilitating information exchange on experiences and strategies.
Capacity development Scientific training programs;

Viable research careers;

Include all stakeholders.
Study and develop existing models of regional collaboration regarding research capacity development. Develop access to scientific database, publications;

Develop strategic partnership.
Governance Take stock of current status of national research system;

Strengthen national governance structures.
Regional structures should be based on country needs. Establish collaboration with national and international research institutions, private sector and donors;

Disseminate lessons learnt by workshops and conferences.
Public- Private partnership Foster public-private partnership. Foster public-private partnership. Foster public-private partnership.
Financing Negotiate with donors short and long term funding. Regional priorities should be based on countries priorities and determined by burden of disease, social and economic determinants, gender and social equity;

Establish databases to identify resources needs, track results and leverage resources.
Stimulate public-private partnerships;

Develop tools for the monitoring of resource flows for research.

 

Evaluation criteria and potential indicators of impact:

 

Individual Institutional National Global
Impact Incorporation of results in policy documents and country programs;

Incorporation of individual into policy making bodies at national, regional, global level.
Cumulative (individual) involvement in national, regional, global level policy-making bodies;

Incorporation of institutional representatives into national policy-making bodies (consultations).
Improve the delivery and accessibility to biostatistics related issues;

Address the cross-sectoral issues relevant to improved health;

Improve and expend data on chosen topics such as financial flows related to health problems and determinants of disease burden at the country level;

Increase flexibility in adaptation, innovation and management of change.
Implementation of evidence-based policy at regional, global level;

Improve the design and implementation of health interventions, policies and health services delivery;

Improve the amount and international comparability of publicly available data.
Outcome Publications: national and international;

Grants: number, magnitude, diversity of sources;

Trainees: master students, ph.d. students. researchers;

Collaboration with established international groups;

Tools;

Collaborative projects
Total number of publications;

Number of national, regional, international trainees;

International grants: number, diversity, magnitude;

Participation in inter-institutional networks;

Promotion of projects that are inter –disciplinary;

Proportion of projects that are collaborative
Product;

Policies;

Tools;

Introduction of statistics, health and social improvement instruments;

Evidence for policy development;

Institutionalization of guidelines
Product;

Policies;

Tools;

Introduction of biostatistical improvement instruments
Process Success in training;

Integration of young talented scientists to home country
Number of funded activities and level of funding (local, national, regional, international);

Number of functional research subgroups
National commitment to research Regional networks in priority research area