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Herman Adriansjah
"In the year 1912, Hashimoto first reported four women with diffuse struma which under anatomic pathology demonstrated four unique findings of diffuse lymphocyte infiltration, the formation of lymphoid follicles, destruction of thyroid epithelial cells, and formation of fibrous tissue; thus called lymphomatous struma.1-2 Forty years later, an anti-thyroid antibody was found in the serum of the patients introduced by Hashimoto. Since then, clinical conditions of diffuse struma with the presence of anti-thyroid antibodies are known as Hashimoto disease, or Hashimoto autoimmune thyroiditis.1
With further developments, there were many diseases with the same histological findings, and the presence of anti-thyroid antibodies are not always associated with diffuse struma such as that in the classical Hashimoto disease. Thus, the more common name used nowadays is chronic autoimmune thyroiditis. Clinically, chronic autoimmune thyroiditis is classified into two forms, first with diffuse enlargement of the thyroid gland (goitrous form) known as Hashimoto disease or Hashimoto autoimmune thyroiditis, and the second without thyroid gland enlargement, known as chronic atro-phic thyroiditis.123
With further developments, there were many diseases with the same histological findings, and the presence of anti-thyroid antibodies are not always associated with diffuse struma such as that in the classical Hashimoto disease. Thus, the more common name used nowadays is chronic autoimmune thyroiditis. Clinically, chronic autoimmune thyroiditis is classified into two forms, first with diffuse enlargement of the thyroid gland (goitrous form) known as Hashimoto disease or Hashimoto autoimmune thyroiditis, and the second without thyroid gland enlargement, known as chronic atro-phic thyroiditis.123
The incidence rate of Hashimoto autoimmune thyroiditis is quite high and has a tendency to increase in uncertain numbers. The average incidence rate is 3.5 cases in 1000 females and 0.8 cases in 1000 males.4 The prevalence of chronic autoimmune thyroiditis in Western countries such as the United States and the United Kingdom was reported to be 5-15% in females and 1-5% in males.1 In Indonesia, cases of Hashimoto autoimmune thyroiditis cases are very rare. A histopatho-logical examination analysis of thyroid operation cases
in Surabay a for 2 years only found 28 cases of Hashimoto autoimmune thyroiditis out of 2185 thyroid specimens, or 1.3%,5 while data from the Department of Pathologic Anatomy of the Faculty of Medicine of Hasanuddin University found 3 cases of Hashimoto autoimmune thyroiditis out of all thyroid samples in 3 years.6
A diagnosis of Hashimoto autoimmune thyroiditis should always be considered when finding patients with diffuse struma with or without complaints or clinical signs of hypothyroidism, accompanied by increased levels of serum thyrothropine (thyroid stimulating hormone = TSH). Increased levels of one of the anti-thyroid antibodies, such as the anti-microsomal antibody (AMA), anti-thyroid peroxidase antibody (anti-TPO), or anti-thyroglobu-lin (anti-Tg) are needed to prove the presence of an autoimmune process. Histopathological or cytological examination would further support the diagnosis of Hashimoto autoimmune thyroiditis.3'4
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2003
AMIN-XXXV-1-JanMarc2003-16
Artikel Jurnal  Universitas Indonesia Library
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Nunung Ainur Rahmah
"Tujuan: AmpIifikasi dan over-ekspresi c-erbB2 and MRP1 ditemukan pada beberapa tumor dan merupakan hal yang panting daiam menentukan perilaku karsinoma. Tujuan penelitian ini untuk mengevaluasi hubungan antara ekspresi protein c-erbB-2 dan MRPI dengan derajat keganasan karsinoma payudara duktal invasif dan respon kemoterapi neoajuvan CAF.
Cara kerja: Ekspresi protein c-erB2 and MRP1 dianalisa secara imunohistokimia pada 27 blok paraffin dari pasien yang telah didiagnosa sebagai karsinoma payudara duktal. Hasilnya dihubungkan dengan derajat keganasan dan respon kemoterapi. Hubungan antara beberapa variabel dianalisa dengan uji analisa statistik non-parametrik Kendall,
Hasil: Ekspresi protein C-erbB-2 positif pada 33,3 % tumor. Ekspresi protein MRP1 negatif pads 25,9 %, positif lemah pada 11,1 %, positif sedang pads 37,1 % dan positif kuat pada 25,9 %. Terdapat hubungan yang bermakna antara ekspresi protein C-erbB-2 dengan MRP1 (p=0,020, r=0,370). Tetapi, tidak ada hubungan yang bermakna antara ekspresi protein C-erbB-2 dengan derajat keganasan (p= 0,210) dan respon kemoterapi
neoajuvan CAF (p=0,168). Tidak ada hubungan yang bermakna antara ekspresi protein
MRPI dengan derajat keganasan (p= 0,144) dan respon kemoterapi neoajuvan CAF (p=0,056). )_ Tidak ada hubungan yang bermakna antara ekspresi protein MRP1 dengan derajat keganasan dengan respon kemoterapi neoajuvan CAF (p-,I30).
Kesimpulan: Terdapat hubungan yang bermakna antara ekspresi protein c-erbB-2 dengan MRP1. Tidak ada hubungan yang bermakna antara ekspresi protein c-erbB2 dan MRPI dengan derajat keganasan dan respon kemoterapi. Tetapi, ada kecenderungan bahwa ekspresi protein MRP berhubungan searah dengan derajat keganasan dan respon kemoterapi. Tidak ada hubungan yang bermakna antara derajat keganasan dengan respon kemoterapi.

Aims: Amplification and over-expression of c-erbB2 and MRP1 gene has been demonstrated in several tumors and thought to be important determinant of behaviors of carcinoma. In this study, correlation between c-erbB-2 and MRPI protein expression with histological grade of invasive ductal carcinoma of the breast and CAF neoadjuvant chemotherapy response were evaluated.
Methods: Paraffin-embedded tissue section from 27 patients who diagnosed as invasive ductal carcinoma of the breast were analyzed immunohistochemically for the expression of c-erbB2 and MRPI. The result was compared with histological grade and CAF neoadjuvant chemotherapy response. The correlation between several variable were analyzed by non-parametric statistical analysis correlation of Kendall.
Result: C-erbB-2 protein expression were positive in 33.3 % of the tumours. MRP1 protein expression were negative in 25.9 %, weak positive in 11.1 %, moderate positive in 37.1 % and strong positive in 25.9 %. There was significant correlation between C-erbB-2 with MRPI protein expression (p(_020, r0.370). However, there was no significant correlation between C-erbB-2 protein expression with histological grade (p= 0.210) and chemotherapy response (p=0.168). There was no significant correlation between MRP I protein expression with histological grade (p= 0.144) and chemotherapy response (p-0.056). There was no significant correlation between histological grade with chemotherapy response (p.41130).
Conclusion C-erbB-2 and MRPI protein expression were weakly correlated with each other. There was no significant correlation among both of the c-erbB2 and MRP I protein with histological grade and CAF neoadjuvant chemotherapy response_ However, there was a tendency that the expression of MRPI protein was related to histological grade and CAF neoadjuvant chemotherapy response. There was no significant correlation between histological grade and CAF neoadjuvant chemotherapy response.
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Jakarta: Fakultas Kedokteran Universitas Indonesia, 2006
T18170
UI - Tesis Membership  Universitas Indonesia Library