Intra-peritoneal Chemotherapy in Ovarian Cancer

NCT02861872UNKNOWNOBSERVATIONAL

Summary

Key Facts

Lead Sponsor

Radboud University Medical Center

Enrollment

15

Start Date

2016-07-01

Completion Date

2017-12-01

Study Type

OBSERVATIONAL

Official Title

Predictive Factors and Pharmacokinetics of Intra-peritoneal Chemotherapy

Conditions

Ovarian NeoplasmsImmune ToleranceNeoplasmsEffects of Chemotherapy

Eligibility

Age Range

18 Years – 70 Years

Sex

FEMALE

Inclusion Criteria:

Patients receiving IP chemotherapy and therefore meeting the following criteria:

* Primary epithelial ovarian carcinoma FIGO stage III;
* Optimal or complete primary debulking (tumor rests ≤ 1cm;
* WHO 0 - 2;
* Adequate hematological function: WBC ≥ 3. 106/L en Platelets ≥ 100. 106/L,
* Adequate renal function (Creatinine clearance \>60 ml/min (Cockcroft))
* Adequate liver function tests (bilirubin and/or transaminases \<1.25 UNL)

Exclusion Criteria:

A potential subject who meets any of the following criteria will be excluded from participation in this study (according to the standard IP chemotherapy):

* Intestinal stoma proximal to the flexura lienalis;
* Postoperative sepsis after primary debulking;
* Haemoglobin \< 6.0 mMol/L
* Extended intraperitoneal adhesions;
* Neurotoxicity grade\>1;
* Previous chemotherapy for ovarian carcinoma;
* Symptomatic hearing loss;
* Age \>70 years.

Outcome Measures

Primary Outcomes

Primary immunological endpoint: study the use of aspiration fluid from the IP cavity as a biomarker for the efficacy of chemotherapy intervention, measured by decrease in tumor cell count in IP fluid.

Time frame: Change in tumor cell counts between samples 15 min before and after administration of chemotherapy through completion of chemotherapy during 18 weeks

Primary pharmacokinetic endpoint: study pharmacokinetics of cisplatin (platinum unbound fraction) when administered in the IP cavity in plasma and in the peritoneal fluid.

Time frame: Change in platinum unbound fraction of cisplatin during the first course (first three weeks) of chemotherapy.

Primary pharmacokinetic endpoint: study pharmacokinetics of paclitaxel (plasma concentrations) when administered in the IP cavity in plasma and in the peritoneal fluid.

Time frame: Change in plasma concentration of paclitaxel during the first course (first three weeks) of chemotherapy.

Secondary Outcomes

Secondary immunological endpoint: rise in dendritic cells

Time frame: Change in dendritic cell counts between samples 15 min before and after administration of chemotherapy through completion of chemotherapy during 18 weeks

Secondary immunological endpoint: rise in tumor infiltrating lymphocytes

Time frame: Change in lymphocyte cell counts between samples 15 min before and after administration of chemotherapy through completion of chemotherapy during 18 weeks

Secondary immunological endpoint: rise in natural killer cells

Time frame: Change in natural killer cell counts between samples 15 min before and after administration of chemotherapy through completion of chemotherpy during 18 weeks

Secondary immunological endpoint: decrease in macrophages M1 type

Time frame: Change in macrophages M1 type cell counts between samples 15 min before and after administration of chemotherapy through completion of chemotherapy during 18 weeks

Secondary immunological endpoint: decrease in macrophages M2 type

Time frame: Change in macrophages M2 type cell counts between samples 15 min before and after administration of chemotherapy through completion of chemotherapy during 18 weeks

Secondary immunological endpoint: change in cytokine level (IL-6) measured by ELISA

Time frame: Change in IL-6 cytokine levels between samples 15 min before and after administration of chemotherapy through completion of chemotherapy during 18 weeks

Secondary immunological endpoint: change in cytokine level (IL-10) measured by ELISA

Time frame: Change in IL-10 cytokine levels between samples 15 min before and after administration of chemotherapy through completion of chemotherapy during 18 weeks

Secondary immunological endpoint: change in cytokine level (IFNg) measured by ELISA

Time frame: Change in IFNg cytokine levels between samples 15 min before and after administration of chemotherapy through completion of chemotherapy during 18 weeks

Secondary immunological endpoint: change in cytokine level (TNFa) measured by ELISA

Time frame: Change in TNFa cytokine levels between samples 15 min before and after administration of chemotherapy through completion of chemotherapy during 18 weeks

Secondary immunological endpoint: change in cytokine level (CCL2) measured by ELISA

Time frame: Change in CCL2 cytokine levels between samples 15 min before and after administration of chemotherapy through completion of chemotherapy during 18 weeks

Primary immunological endpoint: study the use of aspiration fluid from the IP cavity as a biomarker for the efficacy of chemotherapy intervention, measured by decrease in pSTAT in IP fluid.

Time frame: Change in pSTAT between samples 15 min before and after administration of chemotherapy through completion of chemotherapy during 18 weeks

Locations

Radboudumc, Nijmegen, Netherlands