SWARM INTELLIGENCE-ENHANCED DIAGNOSIS AND THERAPY SELECTION FOR CANCER USING TUMOR- EDUCATED PLATELETS
The invention provides methods of administering immunotherapy that modulates an interaction between PD-i and its ligand, to a cancer patient, based on tumor-educated gene expression profiles obtained from anucleated cells. The invention further provides methods of typing a sample of a subject for th...
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| Format | Patent |
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| Language | English |
| Published |
19.02.2018
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| Online Access | Get full text |
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| Abstract | The invention provides methods of administering immunotherapy that modulates an interaction between PD-i and its ligand, to a cancer patient, based on tumor-educated gene expression profiles obtained from anucleated cells. The invention further provides methods of typing a sample of a subject for the presence or absence of a cancer, based on tumor-educated gene expression profiles obtained from anucleated cells. The invention further provides a method for obtaining a biomarker panel for typing of a sample from a subject using particle swarm optimization-based algorithms. |
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| AbstractList | The invention provides methods of administering immunotherapy that modulates an interaction between PD-i and its ligand, to a cancer patient, based on tumor-educated gene expression profiles obtained from anucleated cells. The invention further provides methods of typing a sample of a subject for the presence or absence of a cancer, based on tumor-educated gene expression profiles obtained from anucleated cells. The invention further provides a method for obtaining a biomarker panel for typing of a sample from a subject using particle swarm optimization-based algorithms. |
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| Snippet | The invention provides methods of administering immunotherapy that modulates an interaction between PD-i and its ligand, to a cancer patient, based on... |
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| Title | SWARM INTELLIGENCE-ENHANCED DIAGNOSIS AND THERAPY SELECTION FOR CANCER USING TUMOR- EDUCATED PLATELETS |
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