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Cryotherapy and GM-CSF in Treating Patients With Lung Metastases or Primary Lung Cancer

Percutaneous Cryotherapy and Aerosolized GM-CSF for Pulmonary Metastases and Primary Lung Cancer

Status
Completed
Phases
Phase 2
Study type
Interventional
Source
ClinicalTrials.gov
Registry ID
NCT00514215
Enrollment
8
Registered
2007-08-09
Start date
2006-01-31
Completion date
2010-03-31
Last updated
2020-03-05

For informational purposes only — not medical advice. Sourced from public registries and may not reflect the latest updates. Terms

Conditions

Kidney Cancer, Lung Cancer, Metastatic Cancer, Unspecified Adult Solid Tumor, Protocol Specific

Keywords

lung metastases, stage I non-small cell lung cancer, stage II non-small cell lung cancer, stage IIIA non-small cell lung cancer, stage IIIB non-small cell lung cancer, stage IV non-small cell lung cancer, recurrent non-small cell lung cancer, recurrent renal cell cancer, stage IV renal cell cancer, unspecified adult solid tumor, protocol specific

Brief summary

RATIONALE: Cryotherapy kills tumor cells by freezing them. Giving an injection of GM-CSF before cryotherapy and inhaling GM-CSF after cryotherapy may interfere with the growth of tumor cells and shrink the tumor. Giving cryotherapy together with GM-CSF may kill more tumor cells. PURPOSE: This phase II trial is studying how well giving cryotherapy together with GM-CSF works in treating patients with lung metastases or primary lung cancer.

Detailed description

OBJECTIVES: Primary * Determine whether percutaneous cryotherapy in combination with aerosolized sargramostim (GM-CSF) has any demonstrable immunologic effect in patients with pulmonary metastases or primary lung cancer. * Determine whether any systemic immune response is detectable by the combination of cryotherapy as the antigen presentation source and GM-CSF as the immunologic adjuvant. * Determine whether low morbidities will be maintained in patients treated with this regimen. * Determine whether effective immunization is associated with a drop in CD4+, CD25+, LTP(TGF-β1)+, Tr cells as measured by flow cytometry or ELISPOT assay for TGF-β1-secreting cells. Secondary * Determine clinical response (i.e., tumor control in the dominant masses undergoing cryotherapy or in other metastatic sites) as measured by CT criteria. * Determine the toxicity of this regimen in these patients. OUTLINE: Patients undergo CT-guided core biopsy of a dominant lung mass and placement of at least 2 cryoprobes. Prior to initiating the freeze, patients receive an interstitial injection of sargramostim (GM-CSF) near the tumor. Patients then undergo percutaneous cryotherapy over 2 hours utilizing a freeze-thaw-freeze cycle. Beginning within 3 days of cryotherapy, patients receive aerosolized GM-CSF twice daily for 1 week. Beginning on day 32, patients may elect to undergo a second course of treatment as described above in the absence of disease progression or unacceptable toxicity. Patients undergo blood and tumor tissue collection at baseline and periodically during study for immunological correlative studies. Peripheral blood mononuclear cells isolated from blood samples are analyzed for antigen-specific CD4-positive or CD8-positive T-cell response by flow cytometry or by TGF-β1 ELISPOT assay to measure TGF-β1- secreting cells. Tumor cell lysates extracted from tumor samples are pulsed with autologous dendritic cells and analyzed by ELISPOT assay to measure T-cell reactivity in tumor specimens. After completion of study therapy, patients are followed at 6 and 12 months.

Interventions

BIOLOGICALsargramostim

250 μg, inhaled, two times a day, on days 4-10 and days 36-42

OTHERflow cytometry

Days 1 & 32

OTHERimmunoenzyme technique

Days 1 & 32

PROCEDUREbiopsy

CT guided biopsy on days 1 & 32

PROCEDUREcryosurgery

Days 1 and 32

Sponsors

National Cancer Institute (NCI)
CollaboratorNIH
Barbara Ann Karmanos Cancer Institute
Lead SponsorOTHER

Study design

Allocation
NA
Intervention model
SINGLE_GROUP
Primary purpose
TREATMENT
Masking
NONE

Eligibility

Sex/Gender
ALL
Age
18 Years to 120 Years
Healthy volunteers
No

Inclusion criteria

DISEASE CHARACTERISTICS: * Histologically confirmed diagnosis of 1 of the following: * Primary non-small cell lung cancer (NSCLC) * Any stage nonoperative NSCLC or patient refuses surgery * Any cancer with pulmonary metastatic disease (including renal cell cancer) * Stage IV disease (any T, any N, M1) * Must have 1-10 pulmonary or mediastinal masses meeting the following criteria: * At least 1 mass is appropriate for 2 sessions of core biopsy and cryotherapy with relatively easy access/low risk in nonoperative patients (or those refusing surgery) * The two dominant masses are defined as either the largest and/or those that may cause imminent morbidity from continued local progression, thereby potentially benefiting from thoracic cryotherapy alone * Optimal tumor size \> 1.0 cm * Dominant masses up to 6 cm in diameter may be considered if thorough cryotherapy coverage can be anticipated with minimal additional treatment morbidity * Measurable disease, defined as tridimensional measurements of up to 6 different pulmonary or mediastinal masses ≥ 0.5 cm by CT scan * No active pleural effusion that could be related to respiratory infection or requires further work-up * No untreated and/or unstable brain metastases PATIENT CHARACTERISTICS: * Karnofsky performance status 70-100% * Life expectancy ≥ 12 weeks * Granulocyte count ≥ 1,500/mm³ * Platelet count ≥ 50,000/mm³ * INR \< 1.5 (i.e., normal PT/PTT) * Hemoglobin ≥ 8.0 g/dL * Bilirubin ≤ 2 times upper limit of normal (ULN) * AST ≤ 3 times ULN * Satisfactory pulmonary function test as determined by supervising oncologist, thoracic surgeon, or pulmonologist * Not pregnant or lactating * Negative pregnancy test * Fertile patients must use effective contraception * No other active malignancy except nonmelanoma skin cancer or carcinoma in situ of the cervix * Inactive history of cancer allowed if the patient has been disease-free for \> 2 years * No serious medical or psychiatric illnesses that would preclude informed consent or limit survival to \< 12 wks * No uncontrollable cough or inability to lie flat * No New York Heart Association class III or IV heart disease * No known immunodeficiency state * No uncontrolled infection * No uncontrolled coagulopathy or bleeding diathesis * No advance directive that would prevent the investigator from treating the participant in the event of a complication occurring during or after the procedure * No medical contraindication or potential problem that would preclude protocol compliance PRIOR CONCURRENT THERAPY: * More than 4 weeks since prior biologic therapy * More than 4 weeks since prior immunotherapy * More than 4 weeks since prior filgrastim (G-CSF) or sargramostim (GM-CSF) * More than 4 weeks since prior chemotherapy (6 weeks for nitrosoureas or mitomycin) * More than 4 weeks since prior radiotherapy * More than 2 weeks since prior corticosteroids * More than 1 week since prior parenteral antibiotics * At least 1 week since prior aspirin or aspirin-like medications * At least 3 days since prior warfarin, clopidogrel bisulfate, or similar compounds * No concurrent GM-CSF other than study drug * No concurrent G-CSF * No concurrent radiotherapy * No concurrent glucocorticosteroids * No concurrent parenteral antibiotics * No concurrent immunosuppressive agents * No concurrent drugs that cause bleeding tendencies * No other concurrent biologic therapy, immunotherapy, radiotherapy, or chemotherapy

Design outcomes

Primary

MeasureTime frameDescription
Immunologic Response as Measured by ELISPOT Assay and Flow CytometryDays 1 & 32CT-guided biopsy & Peritumoral GM-CSF. a CR was defined as involution of the prior tumor and/or ablation site to only a thin, non-enhancing scar within the pulmonary parenchyma on enhanced chest CT. A PR was defined as incomplete resolution of an otherwise thoroughly hypovascular resolving ablation zone which had reached a diameter smaller than the original tumor size. Stable disease (SD) reflects no significant change in size of ablation site and/or overall tumor burden, while the standard definition for progressive disease (PD) remains as evidence of neTw or growing tumors.

Secondary

MeasureTime frameDescription
Clinical Response as Measured by CT CriteriaDays 1 & 32CT-guided biopsy. a CR was defined as involution of the prior tumor and/or ablation site to only a thin, non-enhancing scar within the pulmonary parenchyma on enhanced chest CT. A PR was defined as incomplete resolution of an otherwise thoroughly hypovascular resolving ablation zone which had reached a diameter smaller than the original tumor size. Stable disease (SD) reflects no significant change in size of ablation site and/or overall tumor burden, while the standard definition for progressive disease (PD) remains as evidence of neTw or growing tumors.
Toxicity of Grade 1 or HigherDays 11, 32, 43, & 63Number of Participants with Toxicity of Grade 1 or Higher as defined by CTCAE v2
Immune Function and Cancer-specific ResponseDays 1 & 63Number of Participants with CT-guided biopsy & Peritumoral GM-CSF. The number of IFNγ secreting T-cells was measured by a direct EliSpots at 10:1 E:T ratio to define the kinetics of the CTL responses from pre-CI to day 63 post CI.

Countries

United States

Participant flow

Participants by arm

ArmCount
Sargramostim, Flow Cytometry, Biopsy. Cryosurgery
Sargramostim-250 μg, inhaled, two times a day, on days 4-10 and days 36-42 Flow cytometry-Days 1 & 32 Immunoenzyme technique-Days 1 & 32 CT guided biopsy-Days 1 & 32 Cryosurgery-Days 1 and 32 sargramostim: 250 μg, inhaled, two times a day, on days 4-10 and days 36-42 flow cytometry: Days 1 & 32 immunoenzyme technique: Days 1 & 32 biopsy: CT guided biopsy on days 1 & 32 cryosurgery: Days 1 and 32
8
Total8

Baseline characteristics

CharacteristicSargramostim, Flow Cytometry, Biopsy. Cryosurgery
Age, Continuous55 years
Region of Enrollment
United States
8 participants
Sex: Female, Male
Female
2 Participants
Sex: Female, Male
Male
6 Participants

Adverse events

Event typeEG000
affected / at risk
deaths
Total, all-cause mortality
— / —
other
Total, other adverse events
7 / 8
serious
Total, serious adverse events
0 / 8

Outcome results

Primary

Immunologic Response as Measured by ELISPOT Assay and Flow Cytometry

CT-guided biopsy & Peritumoral GM-CSF. a CR was defined as involution of the prior tumor and/or ablation site to only a thin, non-enhancing scar within the pulmonary parenchyma on enhanced chest CT. A PR was defined as incomplete resolution of an otherwise thoroughly hypovascular resolving ablation zone which had reached a diameter smaller than the original tumor size. Stable disease (SD) reflects no significant change in size of ablation site and/or overall tumor burden, while the standard definition for progressive disease (PD) remains as evidence of neTw or growing tumors.

Time frame: Days 1 & 32

Population: Patients who had metastatic Renal Cell carcinoma

ArmMeasureCategoryValue (COUNT_OF_PARTICIPANTS)
Sargramostim, Flow Cytometry, Biopsy. CryosurgeryImmunologic Response as Measured by ELISPOT Assay and Flow CytometryComplete Response1 Participants
Sargramostim, Flow Cytometry, Biopsy. CryosurgeryImmunologic Response as Measured by ELISPOT Assay and Flow CytometryPartial Response3 Participants
Sargramostim, Flow Cytometry, Biopsy. CryosurgeryImmunologic Response as Measured by ELISPOT Assay and Flow CytometryProgressive Disease2 Participants
Secondary

Clinical Response as Measured by CT Criteria

CT-guided biopsy. a CR was defined as involution of the prior tumor and/or ablation site to only a thin, non-enhancing scar within the pulmonary parenchyma on enhanced chest CT. A PR was defined as incomplete resolution of an otherwise thoroughly hypovascular resolving ablation zone which had reached a diameter smaller than the original tumor size. Stable disease (SD) reflects no significant change in size of ablation site and/or overall tumor burden, while the standard definition for progressive disease (PD) remains as evidence of neTw or growing tumors.

Time frame: Days 1 & 32

Population: only those with metastatic Renal Cell carcinoma

ArmMeasureGroupValue (COUNT_OF_PARTICIPANTS)
Sargramostim, Flow Cytometry, Biopsy. CryosurgeryClinical Response as Measured by CT CriteriaComplete Response1 Participants
Sargramostim, Flow Cytometry, Biopsy. CryosurgeryClinical Response as Measured by CT CriteriaPartial Response3 Participants
Sargramostim, Flow Cytometry, Biopsy. CryosurgeryClinical Response as Measured by CT CriteriaProgressive Disease2 Participants
Secondary

Immune Function and Cancer-specific Response

Number of Participants with CT-guided biopsy & Peritumoral GM-CSF. The number of IFNγ secreting T-cells was measured by a direct EliSpots at 10:1 E:T ratio to define the kinetics of the CTL responses from pre-CI to day 63 post CI.

Time frame: Days 1 & 63

Population: only those with metastatic Renal Cell carcinoma

ArmMeasureGroupValue (COUNT_OF_PARTICIPANTS)
Sargramostim, Flow Cytometry, Biopsy. CryosurgeryImmune Function and Cancer-specific Responseincrease of IFN gamma secreting T cells4 Participants
Sargramostim, Flow Cytometry, Biopsy. CryosurgeryImmune Function and Cancer-specific Responseelevated antibody levels4 Participants
Sargramostim, Flow Cytometry, Biopsy. CryosurgeryImmune Function and Cancer-specific ResponseIncreased anti-RC-2+KCI-18 serum antibodies4 Participants
Secondary

Toxicity of Grade 1 or Higher

Number of Participants with Toxicity of Grade 1 or Higher as defined by CTCAE v2

Time frame: Days 11, 32, 43, & 63

ArmMeasureGroupValue (COUNT_OF_PARTICIPANTS)
Sargramostim, Flow Cytometry, Biopsy. CryosurgeryToxicity of Grade 1 or HigherAlergic Reaction1 Participants
Sargramostim, Flow Cytometry, Biopsy. CryosurgeryToxicity of Grade 1 or HigherAllergic rhinitis2 Participants
Sargramostim, Flow Cytometry, Biopsy. CryosurgeryToxicity of Grade 1 or HigherAnemia1 Participants
Sargramostim, Flow Cytometry, Biopsy. CryosurgeryToxicity of Grade 1 or HigherAnorexia1 Participants
Sargramostim, Flow Cytometry, Biopsy. CryosurgeryToxicity of Grade 1 or HigherAtelectasis1 Participants
Sargramostim, Flow Cytometry, Biopsy. CryosurgeryToxicity of Grade 1 or HigherBronchospasm, wheezing1 Participants
Sargramostim, Flow Cytometry, Biopsy. CryosurgeryToxicity of Grade 1 or HigherChest Pain (noncardiac, nonpleuritic)1 Participants
Sargramostim, Flow Cytometry, Biopsy. CryosurgeryToxicity of Grade 1 or HigherChest wall pain6 Participants
Sargramostim, Flow Cytometry, Biopsy. CryosurgeryToxicity of Grade 1 or HigherCough7 Participants
Sargramostim, Flow Cytometry, Biopsy. CryosurgeryToxicity of Grade 1 or HigherDecreased platelets1 Participants
Sargramostim, Flow Cytometry, Biopsy. CryosurgeryToxicity of Grade 1 or HigherDizziness1 Participants
Sargramostim, Flow Cytometry, Biopsy. CryosurgeryToxicity of Grade 1 or HigherDyspnea4 Participants
Sargramostim, Flow Cytometry, Biopsy. CryosurgeryToxicity of Grade 1 or HigherFatigue4 Participants
Sargramostim, Flow Cytometry, Biopsy. CryosurgeryToxicity of Grade 1 or HigherHemoptysis1 Participants
Sargramostim, Flow Cytometry, Biopsy. CryosurgeryToxicity of Grade 1 or HigherHemorrhage, pulmonary lung (hemoptysis)4 Participants
Sargramostim, Flow Cytometry, Biopsy. CryosurgeryToxicity of Grade 1 or HigherHyperglycemia1 Participants
Sargramostim, Flow Cytometry, Biopsy. CryosurgeryToxicity of Grade 1 or HigherLow grade fever1 Participants
Sargramostim, Flow Cytometry, Biopsy. CryosurgeryToxicity of Grade 1 or HigherLymphopenia2 Participants
Sargramostim, Flow Cytometry, Biopsy. CryosurgeryToxicity of Grade 1 or HigherNausea1 Participants
Sargramostim, Flow Cytometry, Biopsy. CryosurgeryToxicity of Grade 1 or HigherPain at incision site1 Participants
Sargramostim, Flow Cytometry, Biopsy. CryosurgeryToxicity of Grade 1 or HigherPain-upper resp. throat2 Participants
Sargramostim, Flow Cytometry, Biopsy. CryosurgeryToxicity of Grade 1 or HigherPlatelets Low1 Participants
Sargramostim, Flow Cytometry, Biopsy. CryosurgeryToxicity of Grade 1 or HigherPneumothorax4 Participants
Sargramostim, Flow Cytometry, Biopsy. CryosurgeryToxicity of Grade 1 or HigherSensory Neuropathy1 Participants
Sargramostim, Flow Cytometry, Biopsy. CryosurgeryToxicity of Grade 1 or HigherShortness of Breath1 Participants
Sargramostim, Flow Cytometry, Biopsy. CryosurgeryToxicity of Grade 1 or HigherSweating1 Participants
Sargramostim, Flow Cytometry, Biopsy. CryosurgeryToxicity of Grade 1 or HigherThrombocytopenia1 Participants
Sargramostim, Flow Cytometry, Biopsy. CryosurgeryToxicity of Grade 1 or HigherVomiting1 Participants

Source: ClinicalTrials.gov · Data processed: Feb 4, 2026