about
[Characteristics of ovarian tumors with color Doppler sonography: a comparison of predictive models derived from two academic centers data].Usefulness of the HE4 biomarker as a second-line test in the assessment of suspicious ovarian tumorsExtracellular matrix metalloproteinase inducer (EMMPRIN) expression correlates positively with active angiogenesis and negatively with basic fibroblast growth factor expression in epithelial ovarian cancer.Malignant presentation of uterine lymphangioleiomyomatosis.Recurrent endometrial hyperplasia as a presentation of estrogen-secreting thecoma - case report and minireview of the literature.Severe hyperandrogenemia in postmenopausal woman as a presentation of ovarian hyperthecosis. Case report and mini review of the literature.The Proangiogenic Capabilities of Malignant Ascites Generated by Aggressive Ovarian Tumors.Bleeding from endometrial and vaginal malignant tumors treated with activated recombinant factor VII.Analysis of false negative results of subjective ultrasonography assessment of adnexal masses.Serum arylesterase and paraoxonase activities in patients with ovarian tumors.External validation of the IOTA ADNEX model performed by two independent gynecologic centers.Ultrasonographic features and CA125 levels of hormonally active ovarian tumors.Role of osteopontin in differential diagnosis of ovarian tumors.Anti-ovarian antibodies in sera of patients with ovarian tumors.Biochemical composition of malignant ascites determines high aggressiveness of undifferentiated ovarian tumors.The associations between serum VEGF, bFGF and endoglin levels with microvessel density and expression of proangiogenic factors in malignant and benign ovarian tumors.Comparison of diagnostic usefulness of predictive models in preliminary differentiation of adnexal masses.Artificial neural network computer prediction of ovarian malignancy in women with adnexal masses.Mitochondria-related oxidative stress contributes to ovarian cancer-promoting activity of mesothelial cells subjected to malignant ascites.Ovarian cancer-derived ascitic fluids induce a senescence-dependent pro-cancerogenic phenotype in normal peritoneal mesothelial cells.Solitary fibrous mass of the omentum mimicking an ovarian tumor: case report.Estimation of neovascularisation in hyperplasia and carcinoma of endometrium using a "power" angio-Doppler technique[Clinical assessment of sonohysterography in the diagnosis and management of abnormal uterine bleeding][Clinical value estimation of the Doppler indicies: PI, RI and PSV, TAMXV and MEDV in early differentiation of the ovarian tumors malignancy][The influence of ovarian tumour histopathological diagnosis on prognostic values of the sonomorphological index][Evaluation of predictive value of the ultrasound Doppler's scale in determination of the ovarian tumors malignancy][Clinical value of the measurement of blood flow in uterine arteries and endometrial vessels in women with postmenopausal bleeding using "power" angio Doppler technique]Using logistic regression analysis in preliminary differential diagnosis of adnexal masses[Clinical assessment of selected vascularization attributes of adnexal masses in preoperative prediction of tumor malignancy]An ultrasonographic morphological index for prediction of ovarian tumor malignancy[Assessment of ultrasonography markers and CA125 usefulness in the diagnosis of ovarian cysts]The role of endothelin-1 and its correlation with CA125 levels, grayscale ultrasonography and doppler findings in differential diagnoses of ovarian tumorsDifficulties in the diagnosis of ovarian carcinoma: case report of squamous cell ovarian carcinoma in a 26-year-old woman
P50
Q33195939-C38BC6B4-3407-45FD-8BF8-DA87DE8BAD7DQ37302215-651870E7-C0E2-406C-BD4F-03E453BA1832Q37581516-E7830242-421E-429D-9BE7-20D4DC599F06Q38621695-CA6E7423-5342-4D9E-B0B7-64059D5410D3Q38639148-73F2F124-6065-4236-A609-D14D23A54401Q39366156-10E67B46-FE60-46D6-97B1-8C648C7E0E66Q42709077-D50D28F6-A5FC-4B3D-8DB3-C2D05F336810Q44127453-FB97A497-876D-4F06-80AB-1052FDBF12E6Q44325711-64DDE51A-A3A3-4F46-840B-3B1E31FB6658Q46798428-CE7470A6-4477-414F-BD53-939CF10FFA20Q47753522-923305F6-43A5-4280-AA52-DC26327AA645Q47765682-AE1CDF3E-D086-466A-BDDD-DC3457BC158FQ47960574-8CAFB7E4-5AB1-438C-B1EB-DA544FFBADF5Q50907447-ED404A56-B663-4279-B8A8-EBE7DEC5174DQ51633169-06AE42D9-B242-4BBA-BB2E-5783C23C5C76Q51698863-2B30452E-5A47-448E-B041-8B9014EF82CDQ51953628-3DBAC698-4F09-40D9-B2C3-86DE80E986D8Q51975467-0551BD73-6FCC-4765-9C15-B0B831038188Q52725980-3415A4C7-405F-4E1F-A431-7E011C8773DBQ52858895-88D934EA-378D-4C5E-BEF6-A28FEC81A2ECQ52983919-A8F3E012-7731-43B2-B181-E53D49F63891Q73133248-0EA5C3DF-61BA-4036-B93D-FC18EECCB18EQ73333578-1434F77C-7592-4777-A497-08AC068FB87DQ79318539-414E5DCD-EC30-4332-9DC6-4E59687A233DQ79318560-EADEAFF0-36E1-47E2-AD91-C9C6F3C3955CQ79365247-0DB50445-D884-4B64-9D53-DC4EADF76B7AQ79549690-21DD33EA-92B3-4953-8C75-8C0E94E0CF26Q81240079-AA4D7473-2027-42D1-9659-25AB1C29FAB7Q81292450-02F230A8-2B13-407E-98D8-AE4CB916903BQ81495584-F43BDF88-37FC-4466-99AD-62552E42A971Q83252840-15909C71-3DE1-42F3-97D7-C7AC42A82B17Q84868571-D55A1EFA-604F-4B3E-B84F-759DCB81CE17Q85113981-DB51DCF0-84E0-403D-BABC-BECDB7236A14
P50
description
researcher ORCID ID = 0000-0001-5121-5026
@en
wetenschapper
@nl
name
Rafal Moszynski
@ast
Rafal Moszynski
@en
Rafal Moszynski
@es
Rafal Moszynski
@nl
type
label
Rafal Moszynski
@ast
Rafal Moszynski
@en
Rafal Moszynski
@es
Rafal Moszynski
@nl
prefLabel
Rafal Moszynski
@ast
Rafal Moszynski
@en
Rafal Moszynski
@es
Rafal Moszynski
@nl
P1153
7003564685
P31
P496
0000-0001-5121-5026