Abstract
PURPOSE:
Knowledge of thyroid eye disease (TED) is based on predominantly Caucasian populations. To date, no studies in the United States examine the presentation in Black and Hispanic patients. The purpose of this study is to introduce the presentation of TED in two previously undescribed populations.
METHODS:
This is a retrospective, cross-sectional, chart review study of patients with TED at a tertiary center using the Strengthening the Reporting of Observational Studies in Epidemiology checklist. The main outcome measure for severity was the European Group on Graves’ Orbitopathy 2016 Severity Scale.
RESULTS:
Of the 2905 charts reviewed, 99 met the inclusion criteria. The mean age was 51 (standard deviation 16) years with 78% women. Race was 49.4% Black, 39.1% Hispanic, 9.2% Caucasian, and 2.3% Asian. Smoking rates were 25% current smokers and 14% former smokers. Manifestations were proptosis (94% Hispanic and 91% Black), eyelid retraction (85% Hispanic and 79% Black), extraocular muscle (EOM) restriction (79% Hispanic and 63% Black), eyelid edema (41% Hispanic and 30% Black), chemosis (24% Hispanic and 14% Black), and optic neuropathy (18% Hispanic and 9% Black). Overall, disease severity was 22% mild, 65% moderate to severe, and 13% sight-threatening. Older patients had increased rates of optic neuropathy (P = 0.04). Younger patients had increased rates of proptosis (P = 0.02). Socioeconomic status was not associated with disease severity (P = 0.67).
CONCLUSION:
Hispanic and Black patients with TED presented with higher than previously established rates of proptosis, EOM restriction, and optic neuropathy. Including research of different races broadens understanding of presentation and management, improving patient outcomes.
Keywords: Black, diversity, extraocular muscle restriction, eyelid edema, Hispanic, optic neuropathy, proptosis, race, retraction, thyroid eye disease
Introduction
Thyroid eye disease (TED) is an inflammatory orbitopathy that variably produces periocular edema, pain, proptosis, eyelid retraction, restrictive strabismus, and optic neuropathy. Current understanding of TED is based on studies in primarily Caucasian patient populations, such as those on presentation, the negative effects of smoking, and intravenous steroid therapy.[1-3] However, diagnostic delays and poorer outcomes can result from inadequate diversity in research.[4-6]
Race affects the presentation of TED. A decreased likelihood of upper lid retraction and greater likelihood of exophthalmos was found in Asian patients.[7] Lower severity and optic neuropathy rates were seen in Black Nigerians.[8] The single study of Hispanic patients reported only thyroid status, not oculoplastics findings.[9]
To date, there are few studies on TED in Black or Hispanic patients and none on clinical presentation. This study is the first to describe TED presentations in each of these populations.
Methods
This is a retrospective, cross-sectional study of patients with TED presenting to one oculoplastic surgeon at a tertiary care center in New York City using the Strengthening the Reporting of Observational Studies in Epidemiology checklist. This Institutional Review Board approved study was carried out in accordance with the Declaration of Helsinki and Health Insurance Portability and Accountability Act and waived consent. Photographic consent was obtained by the authors. The electronic medical record was searched for patients evaluated between January 2017 and July 2018, who met criteria for both “thyroid disease” and “eye disorder” [Appendix 1]. Two reviewers independently screened charts (TG, MM), with discordance addressed by a third reviewer (AB). The study size was selected to reflect the typical patient volume seen at a tertiary referral center over the course of 18 months. Inclusion followed Bartley and Gorman’s TED criteria, requiring meeting at least two of the three following categories: (1) autoimmune thyroid dysfunction or thyroid antibodies without thyroid dysfunction, (2) one or more exam findings: eyelid retraction with temporal flare, proptosis, restrictive strabismus, compressive optic neuropathy, fluctuating eyelid edema/erythema, chemosis/caruncular edema, and (3) radiographic evidence of fusiform rectus muscle enlargement.[10] Patients with thyroid cancer were excluded.
Demographics
Demographics collected included age, sex, race, health insurance type, and referring physician specialty. Insurance was collected as Medicaid (government-subsidized health insurance for low-income individuals), whether primary or secondary or other.
History
History collected included thyroid diagnosis (hyper-, hypo-, or euthyroid), previous thyroid treatment (medical, thyroidectomy, radioactive iodine, and other), presence and duration of previous TED diagnosis, and tobacco smoking status (current, past, or never smoker).
Symptoms
TED symptoms collected included the presence of eyelid or conjunctival swelling/redness, eye bulging, double vision, and decrease in vision. The duration of TED symptoms before TED diagnosis was documented and grouped into three categories: <1 year, 1–5 years, or >5 years. The study aimed to capture active TED in the <1 year category and quiescent TED in the >5 years category with the intervening years as a mixed category.
Physical exam
Physical examination findings collected at each visit included visual acuity, extraocular motility, proptosis, eyelid retraction, eyelid injection and edema, and conjunctival/caruncular chemosis and injection. Proptosis on the initial visit was defined and recorded qualitatively as present or absent based on comparison to old photographs. Proptosis on subsequent visits was defined as increased Hertel exophthalmometer measurements. Retraction was defined as the distance between the upper or lower eyelid margin to the corneal reflex (MRD1 or MRD2, respectively) being >5 mm. The presence of optic neuropathy was defined as visual loss, not attributable to other intraocular disorders, presenting with visual acuity loss, relative afferent pupillary defect, noncongenital dyschromatopsia, or a reliable and reproducible visual field defect. For statistical analysis, symptoms and examination findings were treated as a binary variable (present or not present).
Serology
Laboratory evidence of thyroid dysfunction and TED was based on the presence of an abnormal result outside of the institutional reference range for the following: thyroid stimulating hormone, free thyroxine, anti-thyroid peroxidase, thyroglobulin, anti-thyroglobulin, thyrotropin binding inhibitor immunoglobulin, and thyroid-stimulating immunoglobulin.
Severity
TED severity was stratified based on the 2016 European Group on Graves’ Orbitopathy (EUGOGO) classification system.[11] Optic neuropathy was assigned a score of severe, while moderate was used for those without optic neuropathy but with upper eyelid retraction >6.5 mm, TED-related diplopia symptoms impacting daily activities, proptosis requiring surgical decompression, or orbital/ocular inflammation and/or pain significant enough to justify the risks of 12 weeks of steroid infusions.[3] Those who did not meet these criteria were assigned a score of mild. For analysis, the worst severity score recorded for each patient was utilized.
Statistical analysis
Descriptive statistics were described as means and standard deviation (SD) for the continuous variables and count and percentage for the categorical variables. The bivariate association between risk factors and TED severity was examined in consideration of the ordinal nature of the EUGOGO score (severe, moderate, and mild), using the Kruskal–Wallis test for categorical variables and the Spearman rank correlation test for continuous and ordinal variables. An ordinal logistic regression was fitted for the EUGOGO score with predictors, such as demographic and behavioral variables. The rate of physical examination findings by race was compared between the races in our study using the Fisher’s exact test and to the previously reported prevalence in the literature using the proportion test.[1] The bivariate association between risk factors in TED presentation was examined using Fisher’s exact test for categorical variables and the t-test for continuous variables. Further, a Firth logistic regression on each TED presentation was fitted against age, sex, race, current smoking status, thyroid treatment, and the duration of TED at diagnosis. P < 0.05 was considered statistically significant. Statistical analyses were performed through R 3.5.2 (R Core Team, Vienna, Austria).
Results
Demographics and thyroid disease
Of the 2905 patients manually reviewed, 100 patients met the diagnostic criteria for TED. One patient was excluded for a thyroid cancer diagnosis. Of 99 patients, the mean age was 51 (SD = 16) years with 78% women [Table 1]. Race was 49.4% Black, 39.1% Hispanic, 9.2% Caucasian, and 2.3% Asian. Most referrals were made from ophthalmology (74%) followed by endocrinology (17%). Duration of TED symptoms was >1 year in most patients (65%). Only 5% had been previously diagnosed with TED before presentation at this tertiary care center.
Table 1.
Study demographics and clinical characteristics
Characteristics | Percentage of patients (n) |
---|---|
Mean age at TED diagnosis, years (SD) | 51 (16) |
Female | 78 (77) |
Male | 22 (22) |
Race* | |
Black | 49 (43) |
Hispanic | 39 (34) |
Caucasian | 9.2 (8) |
Asian | 2.3 (2) |
Insurance status | |
Medicaid | 55 (54) |
Other (medicare and private) | 46 (45) |
Referring physician specialty† | |
Ophthalmology | 74 (70) |
Endocrinology | 17 (16) |
Primary care physician | 6.4 (6) |
Otolaryngology | 1.1 (1) |
Dermatology | 1.1 (1) |
Tobacco smoking status‡ | |
Never | 60 (59) |
Current | 25 (25) |
Former | 14 (14) |
Thyroid abnormality§ | |
Hyperthyroid | 90 (85) |
Hypothyroid | 7.5 (7) |
Euthyroid | 2.1 (2) |
Thyroid treatment|| | |
Methimazole | 41 (35) |
Radioactive iodine | 35 (30) |
Thyroidectomy | 16 (14) |
None | 7.0 (7) |
Duration of TED at diagnosis¶ (years) | |
<1 | 35 (29) |
1–5 | 44 (37) |
Over 5 | 21 (18) |
Prior diagnosis of TED | |
Yes | 5.0 (5) |
No | 96 (95) |
Laboratory manifestation | |
Abnormal TSH | 81 (70) |
Abnormal TSI | 73 (35) |
Abnormal free T4 | 71 (60) |
Abnormal anti-TPO | 57 (25) |
Abnormal TBII | 47 (15) |
Abnormal thyroglobulin | 25 (8) |
*Unspecified for 12, †Unspecified for 5, ‡Unspecified for 1, §Unspecified for 5, ||Unspecified for 12, ¶Unspecified for 15. SD: Standard deviation, TSH: Thyroid stimulating hormone, TSI: Thyroid stimulating immunoglobulin, Anti-TPO: Anti-thyroid peroxidase antibody, TBII: Thyrotropin-binding inhibitory immunoglobulin, EOM: Extraocular muscle, TED: Thyroid eye disease, n: Number of patients
Thyroid eye disease clinical manifestations
The most common presentation in Hispanic and Black patients with TED was proptosis, which was defined as a documented change from baseline [94% and 91%, respectively; Figure 1, Table 2]. Only 85% of Hispanic and 79% Black patients had eyelid retraction. Extraocular muscles (EOM) restriction was seen in 79% of Hispanic patients and 63% Black patients. TED-related optic neuropathy was higher in our study patients (18% of Hispanic patients and 9% of Black patients). In the current study, most patients were characterized as having moderate to severe disease (91% of Hispanic patients and 95% of Black patients) as defined by the EUGOGO classification system. Patients, who presented with TED symptoms at an older age, had increased rates of optic neuropathy (P = 0.04), while younger patients had increased rates of proptosis (P = 0.02). TED severity was not significantly associated with the previously established risk factors of gender and tobacco use.
Figure 1.
Rates of thyroid eye disease clinical findings in Black, Hispanic, and Caucasian patients from this study population versus previously established rates in the literature.[2] EOM: Extraocular muscle
Table 2.
Rates of thyroid eye disease clinical findings in Black and Hispanic patients
Manifestation | Black patients | Hispanic patients |
---|---|---|
Proptosis | 91% (CI=77.9%–97.4%) | 94% (CI=80.3%–99.3%) |
Eyelid retraction | 79% (CI=64%–90%) | 85% (CI=68.9%–95%) |
EOM restriction | 63% (CI=46.7%–77%) | 79% (CI=62.1%–91.3%) |
Eyelid edema/injection | 30% (CI=17.2%–46.1%) | 41 (CI=24.6%–59.3%) |
Chemosis | 14% (CI=5.3%–27.95%) | 24% (CI=10.7%–41.2%) |
Optic neuropathy | 9% (CI=2.6%–22.1%) | 18% (CI=6.8%–34.5%) |
EOM: Extraocular muscle, CI: Confidence interval, TED: Thyroid eye disease
Thyroid eye disease manifestations and risk factors
A longer duration of TED symptoms was associated with higher rates of eyelid retraction (P = 0.05), proptosis (P = 0.02), and EOM restriction (P = 0.04), but lower rates of chemosis (P = 0.05) and edema (P = 0.01). This remained the case after adjusting for age, sex, smoking, and RAI (radioactive iodine) treatment. Increased TED symptom duration trended toward increasing overall disease severity, but this did not reach statistical significance (P = 0.06), and the association between symptom duration and optic neuropathy was not statistically significant (P = 0.52).
Discussion
The presentation of TED in Hispanic or Black patients has not been established in the literature. However, racial variability in presentation is clearly demonstrated in Figure 2, which shows eyelid erythema and edema from active TED in three patients: Caucasian, Hispanic, and Black. Given that differences in disease presentation can lead to delays in diagnosis or obtaining proper treatment, the literature must be expanded to include more races.[4,7,8] To date, this study is the first to examine TED manifestation rates in Hispanic patients, as well as Black patients.
Figure 2.
Variability in presentation of skin erythema and edema in three active thyroid eye disease patients of different races: (a) Caucasian, (b) Hispanic, and (c) Black
Thyroid eye disease clinical findings
In Hispanic and Black patients, this study found that proptosis is the most common presentation. This finding contrasts with prior understanding of TED, as previous studies of primarily Caucasian patients found eyelid retraction to be the most common.[1] In our study, 94% of Hispanic patients and 91% of Black patients had proptosis, which is higher than the 63% reported in a previous study of Caucasian patients.[1] The often-reported retraction rate of 90% is based on Caucasian patients and is higher that this study’s retraction rates (85% Hispanic and 79% Black).[1]
EOM restriction was also found to be higher in Hispanic and Black patients as compared to Caucasian patients. In this study, EOM restriction was seen in 79% of Hispanic patients, 63% Black patients, and 50% of Caucasian patients, the latter which was similar to previously reported rates in Caucasian patients, 43%.[1] Given the paucity of literature examining Hispanic or Black patients with TED, there is no previously established proptosis, retraction, or EOM restriction rate for comparison, but these findings highlight the differences in presentation in this population.
TED-related optic neuropathy and overall disease severity, as defined by the EUGOGO Classification, was also higher in our study patients than the literature has reported based on mostly Caucasian patients. For TED-related optic neuropathy, published rates are 3%–6%,[1] yet 18% of Hispanic patients and 9% of Black patients had TED-related optic neuropathy. Similarly, most patients in the current study cohort (78%) were characterized as having moderate to severe disease (91% of Hispanic patients and 95% of Black patients), which contrasts with prior distribution studies in Caucasian patients. In an Italian study of patients with newly diagnosed autoimmune hyperthyroidism, just, 5.8% had moderate to severe disease.[12] The overall increased severity of disease in our study likely reflects a combination of the nature of patients referred to a subspecialty practice at a tertiary center and the greater disease severity in this study population.
Patient demographics
The majority of the study cohort were women (78%) with autoimmune hyperthyroidism (90%), similar to rates previously reported.[13] Prior studies have published associations of increased severity of TED with increasing age, male gender, cigarette smoking, and lower socioeconomic class.[14-16] In our study, patients, who presented at an older age had increased rates of optic neuropathy (P = 0.04), while those who presented younger had increased rates of proptosis (P = 0.02). This is similar to prior studies, where younger patients typically demonstrated orbital fat expansion and proptosis, while older patients tended to suffer from enlargement of the EOM with lower rates of proptosis.[15,17] The combination of increasing demand for space by muscle enlargement without accommodation by forward movement of the eye is hypothesized to be the reason for the increased risk of optic neuropathy in older patients.[17,18] While tobacco use was not associated with increased severity in this study, this relationship may have been complicated by the overall high percentage of smokers in this study cohort, as 25% of this study were smokers and 14% were former smokers compared to the national prevalence of 14%.[19] The overall higher rate of current/former tobacco users may have contributed to the overall higher severity of this study cohort. In this study, no sex or socioeconomic associations were found.
Although there was no direct correlation to socioeconomic class, only 5% of patients had been previously diagnosed with TED by an outside provider before evaluation by the specialty clinic. This may reflect limited access to clinicians trained in diagnosing TED and/or differences in disease presentation. Increased duration of symptoms in this study was associated with statistically significant higher rates of retraction, EOM restriction, and proptosis. Given the increased duration of symptoms, as well as higher rates of proptosis, EOM restriction, and optic neuropathy in this study cohort, there is a need for prompt referral and close follow-up for Hispanic and Black patients with TED. Closer attention would allow for earlier intervention, potentially decreasing limitations to daily activities and increasing quality of life.
Study limitations
Limitations include its noninterventional study design and the self-reported nature of data, such as smoking status, race, and duration of TED symptoms, which are subject to reporting biases. For this paper, the term “Hispanic” was used as a category of race, as is commonly done in the medical community. However, categorizing based on race is limited, as a single race may not adequately reflect the variable genetic backgrounds of everyone identifying within that race. Several related topics, such as the incidence of TED, likelihood to seek care, and the location of sought care are interesting factors but were beyond the scope of this study. In addition, TED studies are currently limited due to lack of standardization in grading disease and severity. Larger prospective studies, which match for age, sex, race, and socioeconomic factors are needed to validate the effect of race on the clinical findings of TED.
Conclusion
Recognizing findings in patients with a variety of skin pigmentations, orbital depths, and eyelid shapes is essential to appropriate management. This study revealed higher rates of proptosis, EOM restriction, and optic neuropathy in both Hispanic and Black patients than previously described in primarily caucasian populations. Expanding inclusiveness in healthcare, medical education, and scientific research is important not only to improve outcomes but also as a reflection of values in the medical community.
Financial support and sponsorship
Nil.
Conflicts of interest
There are no conflicts of interest.
Appendix
Appendix 1: Electronic medical record search criteria
“]Eye Disorder” ICD codes
G73.7 - Myopathy in diseases classified elsewhere
H02.02 - Mechanical entropion of eyelid
H02.021 - Mechanical entropion of right upper eyelid
H02.022 - Mechanical entropion of right lower eyelid
H02.023 - Mechanical entropion of right eye, unspecified eyelid
H02.024 - Mechanical entropion of left upper eyelid
H02.025 - Mechanical entropion of left lower eyelid
H02.026 - Mechanical entropion of left eye, unspecified eyelid
H02.531 - Eyelid retraction right upper eyelid
H02.532 - Eyelid retraction right lower eyelid
H02.533 - Eyelid retraction right eye, unspecified eyelid
H02.534 - Eyelid retraction left upper eyelid
H02.535 - Eyelid retraction left lower eyelid
H02.536 - Eyelid retraction left eye, unspecified eyelid
H02.539 - Eyelid retraction unspecified eye, unspecified lid
H02.841 - Edema of right upper eyelid
H02.842 - Edema of right lower eyelid
H02.843 - Edema of right eye, unspecified eyelid
H02.844 - Edema of left upper eyelid
H02.845 - Edema of left lower eyelid
H02.846 - Edema of left eye, unspecified eyelid
H02.849 - Edema of unspecified eye, unspecified eyelid
H04.121 - Dry eye syndrome of right lacrimal gland
H04.122 - Dry eye syndrome of left lacrimal gland
H04.123 - Dry eye syndrome of bilateral lacrimal glands
H04.129 - Dry eye syndrome of unspecified lacrimal gland
H05 - Disorders of orbit
H05.0 - Acute inflammation of orbit
H05.00 - Unspecified acute inflammation of orbit
H05.01 - Cellulitis of orbit
H05.011 - Cellulitis of right orbit
H05.012 - Cellulitis of left orbit
H05.013 - Cellulitis of bilateral orbits
H05.019 - Cellulitis of unspecified orbit
H05.02 - Osteomyelitis of orbit
H05.021 - Osteomyelitis of right orbit
H05.022 - Osteomyelitis of left orbit
H05.023 - Osteomyelitis of bilateral orbits
H05.029 - Osteomyelitis of unspecified orbit
H05.03 - Periostitis of orbit
H05.031 - Periostitis of right orbit
H05.032 - Periostitis of left orbit
H05.033 - Periostitis of bilateral orbits
H05.039 - Periostitis of unspecified orbit
H05.04 - Tenonitis of orbit
H05.041 - Tenonitis of right orbit
H05.042 - Tenonitis of left orbit
H05.043 - Tenonitis of bilateral orbits
H05.049 - Tenonitis of unspecified orbit
H05.1 - Chronic inflammatory disorders of orbit
H05.10 - Unspecified chronic inflammatory disorders of orbit
H05.11 - Granuloma of orbit
H05.111 - Granuloma of right orbit
H05.112 - Granuloma of left orbit
H05.113 - Granuloma of bilateral orbits
H05.119 - Granuloma of unspecified orbit
H05.12 - Orbital myositis
H05.121 - Orbital myositis, right orbit
H05.122 - Orbital myositis, left orbit
H05.123 - Orbital myositis, bilateral
H05.129 - Orbital myositis, unspecified orbit
H05.2 - Exophthalmic conditions
H05.20 - Unspecified exophthalmos
H05.21 - Displacement (lateral) of globe
H05.211 - Displacement (lateral) of globe, right eye
H05.212 - Displacement (lateral) of globe, left eye
H05.213 - Displacement (lateral) of globe, bilateral
H05.219 - Displacement (lateral) of globe, unspecified eye
H05.22 - Edema of orbit
H05.221 - Edema of right orbit
H05.222 - Edema of left orbit
H05.223 - Edema of bilateral orbit
H05.229 - Edema of unspecified orbit
H05.23 - Hemorrhage of orbit
H05.231 - Hemorrhage of right orbit
H05.232 - Hemorrhage of left orbit
H05.233 - Hemorrhage of bilateral orbit
H05.239 - Hemorrhage of unspecified orbit
H05.24 - Constant exophthalmos
H05.241 - Constant exophthalmos, right eye
H05.242 - Constant exophthalmos, left eye
H05.243 - Constant exophthalmos, bilateral
H05.249 - Constant exophthalmos, unspecified eye
H05.25 - Intermittent exophthalmos
H05.251 - Intermittent exophthalmos, right eye
H05.252 - Intermittent exophthalmos, left eye
H05.253 - Intermittent exophthalmos, bilateral
H05.259 - Intermittent exophthalmos, unspecified eye
H05.26 - Pulsating exophthalmos
H05.261 - Pulsating exophthalmos, right eye
H05.262 - Pulsating exophthalmos, left eye
H05.263 - Pulsating exophthalmos, bilateral
H05.269 - Pulsating exophthalmos, unspecified eye
H05.3 - Deformity of orbit
H05.30 - Unspecified deformity of orbit
H05.31 - Atrophy of orbit
H05.311 - Atrophy of right orbit
H05.312 - Atrophy of left orbit
H05.313 - Atrophy of bilateral orbit
H05.319 - Atrophy of unspecified orbit
H05.32 - Deformity of orbit due to bone disease
H05.321 - Deformity of right orbit due to bone disease
H05.322 - Deformity of left orbit due to bone disease
H05.323 - Deformity of bilateral orbits due to bone disease
H05.329 - Deformity of unspecified orbit due to bone disease
H05.33 - Deformity of orbit due to trauma or surgery
H05.331 - Deformity of right orbit due to trauma or surgery
H05.332 - Deformity of left orbit due to trauma or surgery
H05.333 - Deformity of bilateral orbits due to trauma or surgery
H05.339 - Deformity of unspecified orbit due to trauma or surgery
H05.34 - Enlargement of orbit
H05.341 - Enlargement of right orbit
H05.342 - Enlargement of left orbit
H05.343 - Enlargement of bilateral orbits
H05.349 - Enlargement of unspecified orbit
H05.35 - Exostosis of orbit
H05.351 - Exostosis of right orbit
H05.352 - Exostosis of left orbit
H05.353 - Exostosis of bilateral orbits
H05.359 - Exostosis of unspecified orbit
H05.4 - Enophthalmos
H05.40 - Unspecified enophthalmos
H05.401 - Unspecified enophthalmos, right eye
H05.402 - Unspecified enophthalmos, left eye
H05.403 - Unspecified enophthalmos, bilateral
H05.409 - Unspecified enophthalmos, unspecified eye
H05.41 - Enophthalmos due to atrophy of orbital tissue
H05.411 - Enophthalmos due to atrophy of orbital tissue, right eye
H05.412 - Enophthalmos due to atrophy of orbital tissue, left eye
H05.413 - Enophthalmos due to atrophy of orbital tissue, bilateral
H05.419 - Enophthalmos due to atrophy of orbital tissue, unspecified eye
H05.42 - Enophthalmos due to trauma or surgery
H05.421 - Enophthalmos due to trauma or surgery, right eye
H05.422 - Enophthalmos due to trauma or surgery, left eye
H05.423 - Enophthalmos due to trauma or surgery, bilateral
H05.429 - Enophthalmos due to trauma or surgery, unspecified eye
H05.5 - Retained (old) foreign body following penetrating wound of orbit
H05.50 - Retained (old) foreign body following penetrating wound of unspecified orbit
H05.51 - Retained (old) foreign body following penetrating wound of right orbit
H05.52 - Retained (old) foreign body following penetrating wound of left orbit
H05.53 - Retained (old) foreign body following penetrating wound of bilateral orbits
H05.8 - Other disorders of orbit
H05.81 - Cyst of orbit
H05.811 - Cyst of right orbit
H05.812 - Cyst of left orbit
H05.813 - Cyst of bilateral orbits
“]Thyroid Disorder” ICD codes
O99.280 - Endocrine, nutritional and metabolic diseases complicating pregnancy, unspecified trimester
O99.281 - Endocrine, nutritional and metabolic diseases complicating pregnancy, first trimester
O99.282 - Endocrine, nutritional and metabolic diseases complicating pregnancy, second trimester
O99.283 - Endocrine, nutritional and metabolic diseases complicating pregnancy, third trimester
P96.89 - Other specified conditions originating in the perinatal period
R94.6 - Abnormal results of thyroid function studies
E00.9 - Congenital iodine-deficiency syndrome, unspecified
E02 - Subclinical iodine-deficiency hypothyroidism
E03.1 - Congenital hypothyroidism without goiter
E03.3 - Postinfectious hypothyroidism
E03.4 - Atrophy of thyroid (acquired)
E03.5 - Myxedema coma
E03.8 - Other specified hypothyroidism
E03.9 - Hypothyroidism, unspecified
E05 - Thyrotoxicosis (hyperthyroidism)
E05.0 - Thyrotoxicosis with diffuse goiter
E05.00 - Thyrotoxicosis with diffuse goiter without thyrotoxic crisis or storm
E05.01 - Thyrotoxicosis with diffuse goiter with thyrotoxic crisis or storm
E05.1 - Thyrotoxicosis with toxic single thyroid nodule
E05.10 - Thyrotoxicosis with toxic single thyroid nodule without thyrotoxic crisis or storm
E05.11 - Thyrotoxicosis with toxic single thyroid nodule with thyrotoxic crisis or storm
E05.2 - Thyrotoxicosis with toxic multinodular goiter
E05.20 - Thyrotoxicosis with toxic multinodular goiter without thyrotoxic crisis or storm
E05.21 - Thyrotoxicosis with toxic multinodular goiter with thyrotoxic crisis or storm
E05.3 - Thyrotoxicosis from ectopic thyroid tissue
E05.30 - Thyrotoxicosis from ectopic thyroid tissue without thyrotoxic crisis or storm
E05.31 - Thyrotoxicosis from ectopic thyroid tissue with thyrotoxic crisis or storm
E05.4 - Thyrotoxicosis factitial
E05.40 - Thyrotoxicosis factitia without thyrotoxic crisis or storm
E05.41 - Thyrotoxicosis factitia with thyrotoxic crisis or storm
E05.8 - Other thyrotoxicosis
E05.80 - Other thyrotoxicosis without thyrotoxic crisis or storm
E05.81 - Other thyrotoxicosis with thyrotoxic crisis or storm
E05.9 - Thyrotoxicosis, unspecified
E05.90 - Thyrotoxicosis, unspecified without thyrotoxic crisis or storm
E05.91 - Thyrotoxicosis, unspecified with thyrotoxic crisis or storm
E06 - Thyroiditis
E06.0 - Acute thyroiditis
E06.1 - Subacute thyroiditis
E06.2 - Chronic thyroiditis with transient thyrotoxicosis
E06.3 - Autoimmune thyroiditis
E06.4 - Drug-induced thyroiditis
E06.5 - Other chronic thyroiditis
E06.9 - Thyroiditis, unspecified
E07.1 - Dyshormogenetic goiter
E07.9 - Disorder of thyroid, unspecified
E31.0 - Autoimmune polyglandular failure
E34.9 - Endocrine disorder, unspecified
E83.52 - Hypercalcemia
E89 - Postprocedural endocrine and metabolic complications and disorders, not elsewhere classified
Z83.49 - Family history of other endocrine, nutritional and metabolic diseases
Z86.39 - Personal history of other endocrine, nutritional and metabolic disease
Z86.69 - Personal history of other diseases of the nervous system and sense organs
Z91.89 - Other specified personal risk factors, not elsewhere classified
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