CITT. Руководство по процедурам исследования лечения недостаточности конвергенции
1.6.2 Data Coordinating Center

Location: The Ohio State University Optometry Coordinating Center, Columbus, OH

The Coordinating Center will:

  1. Provide epidemiologic and biostatistical expertise to the organization, design, conduct, and analysis of the trial

  2. Be responsible for quality assurance procedures

  3. Develop and refine the study Manual of Procedures

  4. Develop and distribute study forms, documents, and protocols

  5. Provide independent and objective confirmation of subject eligibility

  6. Develop and monitor the randomization process

  7. Develop and implement procedures for data management and data analysis

  8. Prepare periodic monitoring reports for the trial’s Executive Committee, Data and Safety Monitoring Committee, and the National Eye Institute

  9. Archive all study documents

  10. Serve on the Executive Committee

  11. Participate in site visits

  12. Participate in the design, analysis, and publication of the study results

1.6.3 Clinic Sites

Locations: (See page 1-12)

The Clinic Sites are responsible for:

  1. Collaborating in the development of relevant sections of the Manual of Procedures

  2. Collaborating in the development of study forms and procedure

  1. Developing informed consent procedures

  2. Obtaining local IRB approval

  3. All aspects of subject recruitment

  4. Data collection for all study visits

  5. Training and supervision of staff involved with data collection

1.6.4 National Eye Institute

The National Eye Institute is accountable for the use of Institute funds and participates to ensure the success of the study. The NEI Grants Management Specialist is responsible for all business management matters associated with administration of the CITT. The NEI Program Director, Päivi Miskala, PhD, participates in all scientific activities of the study and provides assistance in study administration. All questions or correspondence dealing with research progress, changes in research direction, unique scientific opportunities, or any other scientific needs should be addressed to Dr. Miskala.

1.7 Study Committees

CITT committees include the Executive Committee and the Data and Safety Monitoring Committee. The composition and functions of each committee are described below.

1.7.1 Executive Committee (EC)

The CITT EC, which oversees and directs all aspects of the study, includes: Mitchell Scheiman, OD, CITT Study Chair, Pennsylvania College of Optometry

  • G. Lynn Mitchell, MAS, DCC Principal Investigator, The Ohio State University College of Optometry Susan Cotter, OD, Vice-Chair, Southern California College of Optometry Richard Hertle, MD, Vice-Chair, Children’s Hospital of Pittsburgh Marjean Taylor-Kulp, OD, PI, The Ohio State University College of Optometry Michael Rouse, OD, Study Consultant, Southern California College of Optometry Maryann Redford, DDS MPH, NEI Program Director

Executive Committee functions are to:

  1. Provide overall direction and coordination for the trial

  2. Supervision of training and certification

  3. Review study progress

  4. Formulate policies and decisions for the trial

  5. Review and approve the procedures for the conduct of the trial

  6. Resolve technical issues

  7. Interact with the DSMC regarding the conduct of the trial and react to its advice regarding the design, operation, or termination of the trial

  8. Coordinate the preparation of progress reports and updates to the MOP

All members of the Executive Committee serve for the duration of the trial, provided they continue in their designated capacities. The Executive Committee will communicate throughout the trial with regularly scheduled conference calls.

1.7.2 Data and Safety Monitoring Committee

The Data and Safety Monitoring Committee consists of members of the scientific community entrusted to ensure the safety of all CITT participants and the validity and integrity of the CITT data.

The committee includes: Marie Diener-West, PhD., Chairman, Professor of Biostatistics, Johns Hopkins University Rev. Andrew Costello, C.Ss.R., St. Mary’s Church, Annapolis, MD William V. Good, M.D., Smith Kettlewell Eye Research Institute Ronald D. Hays, PhD., UCLA Department of Medicine Argye Hillis, PhD., Waco, TX (retired; effective March 2006) Ruth Manny, O.D. PhD., University of Houston College of Optometry

The specific functions of the DSMC include:

  1. Provision of advice to the Executive Committee on operational procedures that would improve the quality of the trial

  2. Review and approval of the protocol

  3. Review of the data collected throughout the trial for evidence of adverse, beneficial or no treatment effects

  4. Provision of advice to the investigators of the study and the NEI on the design, organization, and conduct of the trial

  5. Provision of guidance to NEI as to the continuation or termination of the trial

  6. Monitoring the conduct of the CITT

  7. Reviewing the design of the CITT, including methods of subject recruitment, the informed consent process, and data collection procedures

  8. Evaluating the accumulating data at regular intervals

  9. Determining when the data are sufficiently convincing to answer questions of interest

  10. Monitoring the study data for early dramatic effects or potential harmful effects

  11. Determining when data collected should be released to the Study investigators, to Study subjects, and to the ophthalmic community

  12. Evaluating recruitment and monitoring the overall performance of the CITT Participating Clinics

  13. Recommending to the NEI and the Executive Committee changes in the Study protocol based on periodic data analysis

  14. Evaluating data and protocols for the protection of the participating subjects

  15. Reviewing the results of the CITT and how they will be presented in publication.

  16. Protecting the operational and scientific integrity of the Study including the evaluation of ancillary studies

1.8 References

  1. Duane A. A new classification of the motor anomalies of the eyes based on physiological principles, together with their symptoms, diagnosis and treatment. Ann Ophthalmol Otolaryngol 1897; 6:84-130.

  1. White JW, Brown HW. Occurrence of vertical anomalies associated with convergent and divergent anomalies - a clinical study. Arch Ophthalmol 1939; 21:999-1009.

  1. Daum K. Convergence insufficiency Am J Optom Physiol Opt 1984; 61:16-22.

  1. Kent PR, Steeve JH. Convergence insufficiency: incidence among military personnel and relief by orthoptic methods. Military Surgeon 1953; 202-5.

  1. Kratka Z, Kratka WH. Convergence insufficiency; its frequency and importance. Am Orthopt J 1956; 6:72-73.

  1. Norn MS. Convergence insufficiency. Incidence in ophthalmic practice. Results of orthoptic treatment. Acta Ophthalmol 1966; 44:132-138.

  1. Pickwell LD, Stephens LC. Inadequate convergence. Br J Physiol Opt 1975; 30:34-37.

  1. Dwyer P. The prevalence of vergence accommodation disorders in a school-aged population. Clin Exper Optom 1992; 75:10-18.

  1. Scheiman M, Gallaway M, Coulter R, Reinstein F, Ciner E, Herzberg C, Parisi M. Prevalence of vision and ocular disease conditions in a clinical pediatric population. J Am Optom Assoc 1996; 67:193-202.

  1. Rouse MW, Hyman L, Hussein M, Borsting E, Cotter S, Grisham D, Scheiman M, Press L, Solan H. Reliability of binocular measurements, Optom Vis Sci 1996(Suppl):140.

  1. Letourneau JE, Lapierre N, Lamont A. The relationship between convergence insufficiency and school achievement. Am J Optom Physiol Opt 1979; 56:18-22.

  1. Letourneau JE, Ducic S. Prevalence of convergence insufficiency among elementary school children. Can J Optom. 1988; 50:194-197.

  1. Porcar E, Martinez-Palomera A. Prevalence of general binocular dysfunctions in a population of university students. Optom Vis Sci. 1997; 74:111-113.

  1. Rouse MW, Borsting E, Hyman L, Hussein M, Cotter S, Flynn M, Scheiman M, Gallaway M, De Land PN, CIRS group frequency of convergence insufficiency among fifth and sixth graders. Optom Vis Sci 1999; 9:643-649.

  1. Hirsch AB. A study of forty-eight cases of convergence insufficiency at the near point. Am J Optom Arch Am Acad Optom 1943; 20:52-58.

  1. Mazow ML. The convergence insufficiency syndrome. J Ped Ophthalmol 1971; 8:243-44.

  1. Duke-Elder S and Wybar K. Ocular motility and strabismus. In: Duke-Elder S. System of ophthalmology, Vol 6. St Louis 1973, Mosby, pp 547-551.

  1. Pickwell LD. The significance of inadequate convergence. Ophthal Physiol Opt. 1981; 1:13-18.