Systemic Immunosuppressive Therapy for Eye Diseases (SITE) Cohort Study
Status: | Completed |
---|---|
Conditions: | Cervical Cancer, Cancer, Cancer, Infectious Disease, Infectious Disease, Ocular |
Therapuetic Areas: | Immunology / Infectious Diseases, Oncology, Ophthalmology |
Healthy: | No |
Age Range: | Any |
Updated: | 4/21/2016 |
Start Date: | June 2005 |
End Date: | April 2008 |
Systemic Immunosupressive Therapy for Eye Diseases (SITE) Cohort Study
This study will evaluate whether therapy that suppresses the immune system given to treat
inflammatory diseases of the eye is associated with a greater risk of death and of cancer.
Inflammatory diseases of the eye, including uveitis, scleritis, and mucous membrane
pemphigoid, are major blinding diseases. For some patients, treatment with corticosteroids
is not enough to control the diseases. Researchers expect to gain information about whether
immunosuppressive therapy is suitable for patients and which substances should be avoided.
Also, the study will evaluate the frequency of short-term complications with
immunosuppressive therapy as well as benefits that the therapy can bring to treatment of eye
diseases.
The medical charts of patients up to age 65 (median age range of 21 to 65) who have had an
inflammatory, noninfectious eye disease may be examined for this study. A database will be
constructed through a chart review of patients seen in the uveitis clinic of the National
Eye Institute since 1977 and three other sites. Patients who are considered exposed to
immunosuppressive therapies will be compared with two groups: the general U.S. population
and an internal group of patients with the same inflammatory eye diseases who did not
receive immunosuppression. Data regarding about 10,000 to 15,000 patients will be collected.
Patients will not be identified by the chart reviews. The incidence of cancer will be
examined as well as the outcomes of immosuppressive therapy as measured by control of the
eye disease, visual sharpness, changes in the use of corticosteroids, and rates of
remission-when disease symptoms are lessened.
Also examined will be medical charts of a control group of patients who did not receive
immunosuppressive therapy for their uveitis. Data on cancer incidence would be more
difficult to obtain, requiring personal contact with patients. In such situations, patients
will be contacted by phone or mail, and those providing informed consent will be asked about
their medical history, including previous occurrence of cancer and other conditions. For
patients who have died, the researchers will attempt to communicate with the next of kin
regarding this medical information.
inflammatory diseases of the eye is associated with a greater risk of death and of cancer.
Inflammatory diseases of the eye, including uveitis, scleritis, and mucous membrane
pemphigoid, are major blinding diseases. For some patients, treatment with corticosteroids
is not enough to control the diseases. Researchers expect to gain information about whether
immunosuppressive therapy is suitable for patients and which substances should be avoided.
Also, the study will evaluate the frequency of short-term complications with
immunosuppressive therapy as well as benefits that the therapy can bring to treatment of eye
diseases.
The medical charts of patients up to age 65 (median age range of 21 to 65) who have had an
inflammatory, noninfectious eye disease may be examined for this study. A database will be
constructed through a chart review of patients seen in the uveitis clinic of the National
Eye Institute since 1977 and three other sites. Patients who are considered exposed to
immunosuppressive therapies will be compared with two groups: the general U.S. population
and an internal group of patients with the same inflammatory eye diseases who did not
receive immunosuppression. Data regarding about 10,000 to 15,000 patients will be collected.
Patients will not be identified by the chart reviews. The incidence of cancer will be
examined as well as the outcomes of immosuppressive therapy as measured by control of the
eye disease, visual sharpness, changes in the use of corticosteroids, and rates of
remission-when disease symptoms are lessened.
Also examined will be medical charts of a control group of patients who did not receive
immunosuppressive therapy for their uveitis. Data on cancer incidence would be more
difficult to obtain, requiring personal contact with patients. In such situations, patients
will be contacted by phone or mail, and those providing informed consent will be asked about
their medical history, including previous occurrence of cancer and other conditions. For
patients who have died, the researchers will attempt to communicate with the next of kin
regarding this medical information.
BACKGROUND:
Ocular inflammatory diseases, including uveitis, scleritis, and mucous membrane pemphigoid,
are major blinding eye diseases. For some patients, corticosteroid therapy is insufficient
to control ocular inflammatory disease, such that immunosuppressive therapy is required.
Immunosuppressive therapy for eye diseases has most commonly employed antimetabolite, T-cell
inhibitor, and/or alkylating agent therapies. It has been suggested, based on studies of
patients with severe systemic immunologic or other systemic diseases, that such treatments
may result in an increased risk of cancer and other long-term morbidities. In these studies,
it has been difficult to determine whether the excess risk arose from the underlying
systemic diseases or the treatment.
AIMS:
The Systemic Immunosuppressive Therapy for Eye Diseases (SITE) Cohort Study will evaluate
directly whether immunosuppressive therapy for ocular inflammatory diseases is associated
with an excess risk of mortality and of cancer. The study is expected to generate critical
information in deciding whether immunosuppressive therapy is warranted for such patients,
and whether certain immunosuppressive agents should be avoided. In addition, the study will
evaluate the frequency of short-term complications with such therapy, and the ocular
benefits of therapy.
METHODS:
The SITE Study will have a classic retrospective cohort design. A database will be
constructed through a chart review of patients seen here in the Uveitis clinic of the NEI
since 1977 and 3 other sites. Patients exposed to immunosuppressive therapies will be
compared to two groups: 1) an external standard, the general United States population; and
2) an internal comparison group, patients with the same ocular inflammatory diseases who did
not receive immunosuppression. Approximately 10000-15000 patients will be accrued from four
centers which pioneered the use of immunosuppressive therapy for eye diseases, beginning
19-29 years ago. Patients who received immunosuppressive therapy for eye diseases, and
patients with the same ocular inflammatory diagnoses who did not, will be identified by the
chart reviews. Those who subsequently have died will be identified through a search of the
National Death Index and/or the Social Security Death Index.
In addition to overall mortality, cause-specific mortality will be evaluated, as obtained
from death certificate coding. The data collected here at the NIH will be compared to the
National Death Index separately from the data from the other centers, via a direct query
from our center. Abstracted data without identifiers other than study number and letter
codes that could not be used to identify subjects by anyone outside the LI will be sent to
the central database. The outcomes of mortality, cause-specific mortality, and cancer
incidence will be analyzed using a relative incidence approach. Description of the
short-term complications of immunosuppression and of the beneficial effects of
immunosuppression on eye diseases also will be evaluated. This study's chair is John Kempen
at the Wilmer Eye Institute of the Johns Hopkins School of Medicine. We will be a
participating center.
Ocular inflammatory diseases, including uveitis, scleritis, and mucous membrane pemphigoid,
are major blinding eye diseases. For some patients, corticosteroid therapy is insufficient
to control ocular inflammatory disease, such that immunosuppressive therapy is required.
Immunosuppressive therapy for eye diseases has most commonly employed antimetabolite, T-cell
inhibitor, and/or alkylating agent therapies. It has been suggested, based on studies of
patients with severe systemic immunologic or other systemic diseases, that such treatments
may result in an increased risk of cancer and other long-term morbidities. In these studies,
it has been difficult to determine whether the excess risk arose from the underlying
systemic diseases or the treatment.
AIMS:
The Systemic Immunosuppressive Therapy for Eye Diseases (SITE) Cohort Study will evaluate
directly whether immunosuppressive therapy for ocular inflammatory diseases is associated
with an excess risk of mortality and of cancer. The study is expected to generate critical
information in deciding whether immunosuppressive therapy is warranted for such patients,
and whether certain immunosuppressive agents should be avoided. In addition, the study will
evaluate the frequency of short-term complications with such therapy, and the ocular
benefits of therapy.
METHODS:
The SITE Study will have a classic retrospective cohort design. A database will be
constructed through a chart review of patients seen here in the Uveitis clinic of the NEI
since 1977 and 3 other sites. Patients exposed to immunosuppressive therapies will be
compared to two groups: 1) an external standard, the general United States population; and
2) an internal comparison group, patients with the same ocular inflammatory diseases who did
not receive immunosuppression. Approximately 10000-15000 patients will be accrued from four
centers which pioneered the use of immunosuppressive therapy for eye diseases, beginning
19-29 years ago. Patients who received immunosuppressive therapy for eye diseases, and
patients with the same ocular inflammatory diagnoses who did not, will be identified by the
chart reviews. Those who subsequently have died will be identified through a search of the
National Death Index and/or the Social Security Death Index.
In addition to overall mortality, cause-specific mortality will be evaluated, as obtained
from death certificate coding. The data collected here at the NIH will be compared to the
National Death Index separately from the data from the other centers, via a direct query
from our center. Abstracted data without identifiers other than study number and letter
codes that could not be used to identify subjects by anyone outside the LI will be sent to
the central database. The outcomes of mortality, cause-specific mortality, and cancer
incidence will be analyzed using a relative incidence approach. Description of the
short-term complications of immunosuppression and of the beneficial effects of
immunosuppression on eye diseases also will be evaluated. This study's chair is John Kempen
at the Wilmer Eye Institute of the Johns Hopkins School of Medicine. We will be a
participating center.
- INCLUSION CRITERIA: Patients with the following diagnoses will be included:
Anterior uveitis;
Intermediate uveitis;
Posterior uveitis or panuveitis;
Scleritis;
Mucous membrane pemphigoid;
Other non-infectious ocular inflammatory disease.
EXCLUSION CRITERIA:
No ocular inflammatory disease;
Infectious ocular inflammatory disease (e.g. toxoplasmic retinitis, endophthalmitis, viral
retinitis), unless the infectious uveitis followed treatment for a non-infectious ocular
inflammatory disease.
We found this trial at
4
sites
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Johns Hopkins University The Johns Hopkins University opened in 1876, with the inauguration of its...
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9000 Rockville Pike
Bethesda, Maryland 20892
Bethesda, Maryland 20892
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Massachusetts Eye & Ear Infirmary Whether you see our physicians at Mass. Eye and Ear's...
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