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Targeted therapy of cancer using diphtheria toxin-derived immunotoxins
Published in
2008
PMID: 18678276
Volume: 13
   
Issue: 17-18
Pages: 807 - 815
Abstract
The mortality rate in cancer patients demands novel therapy. One of the novel approaches developed in recent decades includes immunotoxins. Cancer cells frequently have specific growth factor receptors/antigens overexpressed on their surface; this is the principle of selective targeting of immunotoxins. Ligands recognizing these receptors and antigens can be conjugated to modified toxins. Continuous efforts are being made (i) to investigate molecules exclusively expressed on cancer cells, (ii) to improve the specificity and efficacy of these immunotoxins, (iii) to eliminate side effects (iv) to decrease immunogenicity and (v) to improve pharmacokinetics and ensure better drug delivery. © 2008 Elsevier Ltd. All rights reserved.
About the journal
JournalDrug Discovery Today
ISSN13596446
Open AccessNo
Concepts (43)
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    BAY 50 4798
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    CYTOKINE RECEPTOR AGONIST
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    DENILEUKIN DIFTITOX
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    Diphtheria toxin
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    Gamma interferon
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    GROWTH FACTOR RECEPTOR
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    IMMUNOTOXIN
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    Interleukin 10
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    INTERLEUKIN 12
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    INTERLEUKIN 13
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    INTERLEUKIN 2
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    INTERLEUKIN 4
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    INTERLEUKIN 5
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    Interleukin 6
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    Ligand
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    LYMPHOTOXIN
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    Unclassified drug
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    ANTIGEN EXPRESSION
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    B LYMPHOCYTE
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    Cancer cell
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    Cancer mortality
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    CANCER PATIENT
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    Cancer therapy
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    Cell surface
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    Conjugation
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    Drug cytotoxicity
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    Drug delivery system
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    Drug efficacy
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    Drug mechanism
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    DRUG SPECIFICITY
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    Human
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    Immunogenicity
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    Immunomodulation
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    IMMUNOSTIMULATION
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    Molecular recognition
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    Review
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    T LYMPHOCYTE ACTIVATION
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    Animals
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    Humans
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    Immunotherapy
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    IMMUNOTOXINS
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    Neoplasms
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    Recombinant fusion proteins