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J ALLERGY CLIN IMMUNOL
VOLUME 133, NUMBER 2
Abstracts AB9
SATURDAY
31 A Case Of A CVID Patient and Rabies ExposureDr. Hassan Nasir, DO1, Dr. Shahnaz Fatteh2; 1Nova Southeastern
University College of Osteopathic Medicine, Davie, FL; Larkin Commu-
nity Hospital, Miami, FL, 2Larkin Community Hospital, SouthMiami, FL.
RATIONALE: It is rare to find patients with CVID who are exposed to
Rabies. A key problem that is faced by patients with CVID and other
similar patients, is that these patients cannot fully recognize vaccines due
to impaired B Cell Differentiation.
METHODS: A 57 year old male patient presents with a history of
Hemochromatosis and CVID presented with chief complaint of recent
exposure to bats. Patient proceeded to go to the ER for further evaluation
regarding post-exposure prophylaxis.
RESULTS: An Allergy and Immunology specialist was consulted in the
emergency department, and the patient was given both the Rabies vaccine
and Immunoglobulin immediately after exposure, and completed all 4
vaccines over 14 day period. The patient was subsequently followed up
out-patient by allergy and immunology specialist and was found to have
tolerated vaccinations with no consequences. The patient showed no signs
or symptoms consistent with rabies infection and admitted to having no
side effects from the rabies vaccines and immunoglobulin’s.
CONCLUSIONS: Due to the unknown probability of a response to the
rabies vaccine by CVID patients, giving a patient the rabies vaccine alone
mayormaynot be helpful.On the other handdue to the extreme fatalityof the
rabies virus, and due to the fact that a dead-inactivated vaccinewill likely not
harm a patient (Kopel, Oren et al. 2012), the current recommendation is that
the rabies vaccine should be given in the event that a patient is exposed to the
rabies virus in a CVID patient along with Immunoglobulin.
32 Common Variable Immunodeficiency In The Very OldDr. Katherine E. Gundling, MD; UCSF, San Francisco, CA.
RATIONALE: Common Variable Immundeficiency (CVID) is a
primary immunodeficiency that is diagnosed in people of all ages.
We evaluated and diagnosed a patient to have CVID at the age of 92,
which led us to realize that very little is known about CVID diagnosed
in the very old.
METHODS: We reviewed available data about the oldest patients known
to have CVID, and researched the literature for information about the
oldest age at diagnosis of CVID.
RESULTS: Our literature search revealed little information on how
CVID differs in the very old compared to younger patients, except
that, almost by definition, they have not had the severe, life-
threatening illnesses that shorten the lifespan of certain CVID
phenotypes. There is also little infomation available regarding age at
diagnosis in the later years.
CONCLUSIONS: Whether due to delay of diagnosis or due to milder
disease, CVID can be diagnosed in patients of very advanced age. Our
patient may be the oldest person ever diagnosed with CVID. Examination
of available databases revealed several patients in this age group, but
whether there are distinct differences in comparison to younger patients is
not clear. Our patient’s quality of life greatly improved after institution of
IVIg and we propose that advanced age is not a contraindication to
receiving immunoglobulin.
33 Clinical Predictors Of Granulomatous Disease In CommonVariable Immunodeficiency
Dr. Anna R. Wolfson, Dr. Anna Kovalszki; Beth Israel Deaconess
Medical Center, Boston, MA.
RATIONALE: 8-22% of patients with Common Variable
Immunodeficiency (CVID) will develop granulomatous lymphocytic
interstitial lung disease (GLILD). There are currently no screening
guidelines. Earlier detection of disease may result in improved morbidity
and mortality. We set out to detect markers predictive of GLILD to aid in
development of screening guidelines.
METHODS: Patients were identified using ICD-9 code 279.0 in
online medical records at Beth Israel Deaconess Medical Center
(BIDMC). 94 patients were selected based on IgG <700mg/dL or
subclass deficiency; IgA <60mg/dL or IgM <50mg/dL; if IgG>400mg/
dL, demonstration of poor vaccine response. 13.8% (13/94) of patients
met criteria (chest CT findings of GLILD or biopsy demonstrating
granulomas) for GLILD. This project was approved by the IRB at
BIDMC.
RESULTS: The following statistically significant differences were
found: Hemoglobin (CVID mean 13.16g/dL, SD 1.6; GLILD mean
11.79g/dL, SD 1.924; p50.00051); AST (CVID mean 28.17IU/L, SD
14.15; GLILD mean 47.15IU/L, SD 20.29; p5.00008); Alkaline
Phosphatase (CVID mean 81.42IU/L, SD 34.15; GLILD mean
200.5IU/L, SD 183.5; p50.000003); Total Bilirubin (CVID mean
0.4054mg/dL, SD 0.224; GLILD mean 0.758mg/dL, SD 0.729;
p50.0016); Albumin (CVID mean 4.29g/dL, SD 0.520; GLILD
mean 3.88g/dL, SD 0.649; p50.0229); CD8+ T-cells (CVID mean
851.38/uL, SD 210.11; GLILD mean 1045.43, SD 1668.04;
p50.0086); T-cell CD4/CD8 ratio (CVID mean 3.104, SD 2.28;
GLILD mean 1.14, SD 0.509; p50.029).
CONCLUSIONS: Certain biochemical markers are more likely to be
associated with GLILD in CVID patients. Future work is needed
to develop odds ratios to guide GLILD screening. We are
currently beginning this step using data from other Harvard-affiliated
hospitals.
34 Jacobsen Syndrome With Combined VariableImmunoddeficiency (CIVD)
Dr. Arnaldo C. Porto Neto, MD, PhD, FAAAAI, Dr. Julio Mella
Pierezan, Student, Dr. Joao Paulo Bordin, Student, Dr. Julia Noschang,
Dr. Juliana Gotardo, Student, Dr. Juliana Moro, Student, Dr. Jorge Luigi
Orso, Student, Dr. Jamile Pedroni, Student and Dr. Jessica Zandona,
Student; School of Medicine UPF, PASSO FUNDO, Brazil.
RATIONALE: Jacobsen syndrome is a rare 11q terminal deletion disorder
associated with multiple dysmorphic features, short stature, psychomotor
retardation, congenital heart disease, thrombocytopenia (Paris- Trosseau
syndrome), genitourinary anomalies, ophthalmologic disorder and occa-
sional digital anomalies . While recurrent upper respiratory infections in
these patients are common, life-threatening or opportunistic infections are
few reported.
METHODS: We report 15 year-old male diagnosed as having 11q23.3
terminal deletion at 4 years-old. He has experienced a multitude
of problems, include Paris-Trosseau syndrome, developmental delay,
psychomotor retardation, gastroesophagal reflux, atrioventricular septal
defect, agenesis of right kidney, food allergy, asthma and recurrent otitis
media and persistent sinopulmonary infections, requiring frequent and
prolonged courses of antibiotic. In 2009 he was hospitalized by sepsis and
endocarditis.
RESULTS: Immunologic evaluation: IgG5375mg/dl, IgM519mg/dl,
IgA57mg/dl, CD195 77.2/mm3, CD25 1482/mm3 CD35 1436/
mm3, CD45 684/mm3, CD85693/mm3and pneumococal antibody ti-
ters were nonresponsive (pre and pos vaccination), isohemagglutinins
were low:, anti-A 1:4, platelets (18,000 to 83,000 in blood tests) .
Treatment with IVIG has led to normalization of IgG levels and
clinical improvement.
CONCLUSIONS: A significant number of Jacobsen syndrome have
recurrent infections, there have been no reports to our knowlegde of CVID
or life-threatening in Brazil with this syndrome. It is therefore prudent that
Jacobsen syndrome patients have immunologic assessment in face of
recurrent infections.