The purpose of this study is to evaluate the usefulness of fentanyl matrix by assessing patients' satisfaction when administrating fentanyl matrix, a background pain treatment, and a breakthrough pain treatment to lung cancer patients who complain of pain. Fentanyl matrix is designed to deliver medication at a nearly constant amount per unit time into the body through the skin for 3 days (72 hours).
This study is open-label, single-arm, multicenter, prospective study to evaluate the usefulness of fentanyl matrix (fentanyl transdermal patch-type system) by assessing patient satisfaction when administrating fentanyl matrix (a background pain treatment, and a breakthrough pain treatment) for patients with lung cancer for 21 days. Fentanyl transdermal patch-type system is designed to deliver medication at a nearly constant amount per unit time into the body through the skin for 3 days (72 hours). Studies about transdermal fentanyl have found that it had analgesic effects on malignant pain, and most patients receiving the medication preferred fentanyl because they experienced less constipation. Safety assessments will include adverse event monitoring, vital signs, laboratory work. starting with 12.5g/h or 25g/h of fentanyl matrix transdermally at the investigator's discretion and flexible dose depending the patient's pain relief for 3 weeks
Study Type
INTERVENTIONAL
Allocation
NA
Purpose
TREATMENT
Masking
NONE
Enrollment
268
Fentanyl transdermal patch 12 - 25mcg/hr
Patient's satisfaction with pain treatment as measured by 5-point verbal scale
Time frame: Day 1, 8 and 22
Difference in pain intensity measured by Numeric Rating Scale before and after treatment of the study drug measured
Time frame: Day 1 (visit 1) and 22 (visit 3)
Detailed reasons for patient's satisfaction with the pain treatment
Time frame: Day 22 (visit 3)
Patient's and investigator's satisfaction measured by 5-point verbal scale with the study drug
Time frame: Day 22 (visit 3)
Dose of fentanyl matrix
Time frame: Day 1 (visit 1), 8 (visit 2) and 22 (visit 3)
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