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. 2023 Feb 10;24(4):3586. doi: 10.3390/ijms24043586

Table 1.

Correlation of 25(OH)D with TSH, thyroid hormones, thyroglobulin and anti-thyroid antibodies.

Reference Correlation of 25(OH)D with TSH, Thyroid Hormones and Thyroglobulin Correlation of 25(OH)D with Anti-Thyroid Antibodies Number of Participants Diagnosis of Participants
[56] ↔Thyroid function (levels of TSH, fT4, fT3) ↓iTgAb,
↓iTPOAb
(i-isolated)
1812 Healthy controls
[57] ↓TPOAb 642 Healthy controls
[52] ↔TSH, ↔fT4 ↓TPOAb 4181 Healthy controls
[54] ↔TSH, ↓fT3, ↓fT4 300 Healthy controls
[55] ↓TSH, ↔fT4, ↔fT3 ↓TPOAb, ↓TgAb 1424 Adults (41–78 years)
[58] ↑TSH, ↔fT4, ↔fT3 ↓TPOAb,
↔TgAb
155 Healthy controls
[51] ↔TSH, ↔fT4, ↑fT3 ↓TPOAb, ↔TgAb 168 Elderly participants (65 years and older)
[59] ↔TSH, ↔fT4 ↔TPOAb, ↔TgAb 2006 Healthy controls
[49] ↓TSH (also measured fT4 and fT3, but did not compare with 25(OH)D) 294 Healthy controls
[50] ↓TSH (only in younger participants) ↔TPOAb, ↔TgAb 2582 Healthy controls
[53] ↔TSH, ↑fT4, ↔fT3 123 Healthy controls
[60] ↔TSH, ↔fT4, ↔fT3 2869 Children (6–24 months of age)
[61] ↓TSH, ↑T3, ↑T4, ↑fT4 ↓anti-thyroid antibodies (TPOAb, TgAb) 153 Pediatric cohort with balanced
bone metabolism
[62] ↓TSH, ↔fT4, ↔fT3 (also measured TPOAb and TgAb, but did not compare with 25(OH)D) 261 Overweight subjects (216 patients with autoimmune thyroiditis)
[63] ↔TSH
(also measured fT4 and fT3, but did not compare with 25(OH)D)
219 Obese Chinese people (118 with mildly increased TSH)
[64] ↓TSH, ↑fT4, ↑fT3 ↔TPOAb,
↔TgAb
5262 Healthy controls (4889) and patients with Hashimoto’s thyroiditis (373)
[65] ↓TSH (in patients with Hashimoto’s thyroiditis), ↔fT4, ↔T4, ↔T3 ↔TPOAb,
↔TgAb
637 Healthy controls (176) and patients with Hashimoto’s thyroiditis (461)
[66] ↔TSH ↑TPOAb (in males),
↔TgAb
185 Patients with Hashimoto’s thyroiditis (97) and healthy controls (88)
[67] ↔TSH, ↔fT4, ↔fT3 ↓TPOAb
↓TgAb
39 Euthyroid
women with Hashimoto’s thyroiditis
[68] (also measured TSH and fT4, but did not compare with 25(OH)D) ↓TPOAb (in children
with Hashimoto’s thyroiditis)
152 Children
with Hashimoto’s thyroiditis (78) and healthy controls (74)
[69] (also measured TSH, fT4 and fT3, but did not compare with 25(OH)D) ↔TPOAb, ↔TgAb 160 Hypothyroid patients with and without Hashimoto’s thyroiditis
[70] ↓TSH, ↔fT4 353 Patients with autoimmune thyroiditis (30%), multinodular goiter (21.81%),
Basedow disease (1.98%), postoperative myxedema (6.52%) and other pathologies like single thyroid nodule or partial agenesia (the rest of the patients)
[71] ↔TSH, ↔fT4, ↔fT3 ↓TPOAb (during winter, but not during summer) 933 Autoimmune thyroiditis
[72] ↔TSH, ↔fT4, ↔fT3 ↓TPOAb,
↓TgAb
34 Autoimmune thyroiditis (women)
[73] ↔TSH, ↔fT4, ↔tT4, ↔fT3, ↔tT3 ↓TPOAb,
↓TgAb
32 Prediabetic women with Hashimoto’s
thyroiditis
[74] ↓TSH (in men, n = 2193), ↔fT4 ↓TPOAb (in women, n = 2163) 4356 Euthyroid participants, euthyroid participants with TPOAb, participants with hypothyroidism
[75] ↔TSH, ↑fT4 (in patients with Hashimoto’s thyroiditis) ↔TSHAb, ↔TPOAb
↔TgAb
159 Patients with Hashimoto’s thyroiditis (88) and control subjects (71)
↔fT4, ↔TSH in control group
[76] ↔ TSH, ↔ fT4, ↔ fT3 ↓TPOAb 200 Patients with Hashimoto’s
Thyroiditis (100) and heathy euthyroid controls (100)
[77] ↔T4, ↔T3 21 Hyperthyroid patients
[78] ↔TSH, ↔fT4, ↔fT3 ↔TPOAb, ↔TgAb 226 Patients with Graves’ disease (51), euthyroid Hashimoto’s thyroiditis (61), Hashimoto’s thyroiditis receiving hormone therapy (63) and healthy controls (51)
[79] ↓TSH, ↔fT4 ↔TPOAb, ↔TgAb, ↔TSHRAb 776 Patients with Graves’ disease (148), Hashimoto’s thyroiditis (221) and participants with normal thyroid function and negative thyroid autoantibodies (407)
[80] ↔TSH, ↔fT4 224 Patients with diagnosed or suspected thyroid disease (hypo- and hyperthyroidism, thyroid nodule,
and/or cancer)
[81] ↓TSH (in patients with Hashimoto’s thyroiditis)
(also measured T4 and T3, but did not compare with 25(OH)D)
↔TPOAb 86 Patients with hypothyroid Hashimoto’s thyroiditis (41) and healthy euthyroid persons (45)
[82] ↔TSH (also measured fT4 and TgAb, but did not compare with 25(OH)D) ↔TPOAb 136 Children with Hashimoto’s thyroiditis (68) and healthy children (68)
[83] ↔TSH, ↔fT4, ↔fT3 ↓TPOAb,
↔TgAb
394 Patients with Hashimoto’s thyroiditis (194) and healthy controls (200)
[84] ↓TSH, ↔fT4, ↑tT4, ↔fT3, ↔tT3 ↔TPOAb, ↔TgAb 169 Patients with hypothyroid Hashimoto’s thyroiditis (90) and healthy controls (79)
[85] ↔TSH (also measured fT4 and fT3, but did not compare with 25(OH)D) ↔TPOAb, ↔TgAb, ↓TSHRAb 2 case control studies:
(1) 210
(2) 171
2 case control studies:
(1) Patients with Graves’ disease (70), Hashimoto’s thyroiditis (70) and healthy controls (70)
(2) Women with post-partum thyroiditis (57) and euthyroid mothers as controls (114)
[86] (also measured TSH, fT4 and fT3, but did not compare with 25(OH)D) ↓TPOAb (in patients with autoimmune thyroid disorder), ↔TSHRAb 304 Patients with autoimmune thyroid disorder (111) and without autoimmune thyroid disorder (193)
[87] ↔TSH, ↔T4, ↔T3 25 Infants with congenital hypothyroidism
[88] ↓fT3 (also measured TSH, fT4, tT4 and tT3, but did not compare with 25(OH)D) 108 Patients with hyperthyroidisms (55) and healthy controls (53)
[89] (also measured TSH, fT4 and T3, but did not compare with 25(OH)D) ↔TBII, ↔TSAb 143 Patients with Graves’ disease
[90] ↔ TSH, ↔ fT4, ↔ fT3 ↑ TSHRAb 188 Patients with Graves’ disease who received radioiodine therapy (128) and healthy controls (60)
[91] ↔TSH, ↔fT4, ↔fT3 ↓TSHRAb, ↔TPOAb, ↔TgAb 140 Patients with Graves’ disease (70) and healthy controls (70)
[92] ↔ Thyroid function (described by the levels of TSH, tT4, tT3 and TPOAb) 398 Healthy controls (109) and patients with thyroid nodules (289)
[93] ↓TSH, ↔Tg ↔TgAb 1161 Patients with papillary thyroid cancer
[94] ↔TSH 548 Female
patients with papillary thyroid cancer
[95] ↓TSH ↓TPOAb 820 Patients with papillary thyroid cancer
[41] ↔TSH 433 Patients with benign thyroid nodules and thyroid carcinomas
[96] ↓TSH, ↔fT4, ↑fT3 1706 Patients with papillary thyroid carcinoma (1578) and benign thyroid diseases (128)
[97] ↓TSH, ↔fT4, ↔fT3 (also measured TPOAb, TSHRAb and TgAb, but did not compare with 25(OH)D) 567 Patients with type 2
diabetes mellitus (389) and healthy controls (178)
[98] ↔TSH, ↔fT4 151 Patients with metabolic disorders
[99] ↓TSH, ↑fT4, ↑fT3 ↓TPOAb, ↓TgAb 59 Women with post-partum thyroiditis; hypothyroid (14),
euthyroid with post-partum thyroiditis (14), with non-autoimmune hypothyroidism (16) and healthy controls (15)
[100] ↔TSH, ↓fT3, ↔fT4 ↔TPOAb, ↔TgAb 283 Pregnant women with vitamin D deficiency
[101] ↔TSH, ↔fT4, ↔fT3 132 Women in early pregnancy (1st trimester)
[102] ↔TSH, ↔fT4, ↔fT3 ↔TPOAb, ↔TgAb 50 Pregnant women
[103] ↑TSH, ↓fT4, ↔tT4, ↓fT3, ↔tT3 277 Women in 2nd trimester of pregnancy
[104] ↓TSH, ↔fT4 ↓TPOAb, ↓TgAb 200 Pregnant woman with subclinical hypothyroidism and gestational diabetes mellitus (100) and healthy pregnant woman (100)
[105] ↔TSH, ↔fT4, ↔fT3 ↔TPOAb, ↔TgAb 50 Women with polycystic ovary
syndrome (autoimmune thyroid disease detected in 12 patients)

This table includes only studies conducted in human subjects. (↔) no association, (↓) negative association, (↑) positive association. 25(OH)D, 25-hydroxyvitamin D; fT3, free triiodothyronine; fT4, free thyroxine; T3, triiodothyronine; T4, thyroxine; TBII, TSH-binding inhibitory immunoglobulin; Tg, thyroglobulin; TgAb, anti-thyroglobulin antibody; TPOAb, anti-thyroid peroxidase antibody; TSAb, thyroid-stimulating antibody; TSH, thyroid stimulating hormone; TSHRAb; TSH receptor antibody; tT3, total T3; tT4, total T4.