WO2026133273 - BACTERIAL VESICLES FOR RADIOTHERAPEUTIC DELIVERY OF BORON

National phase entry is expected:
Publication Number WO/2026/133273
Publication Date 25.06.2026
International Application No. PCT/IB2025/063238
International Filing Date 19.12.2025
Title **
[English] BACTERIAL VESICLES FOR RADIOTHERAPEUTIC DELIVERY OF BORON
[French] VÉSICULES BACTÉRIENNES POUR ADMINISTRATION RADIOTHÉRAPEUTIQUE DE BORE
Applicants **
ENGENEIC MOLECULAR DELIVERY PTY LTD
Inventors
BRAHMBHATT, Himanshu
MACDIARMID, Jennifer
Priority Data
63/737,100   20.12.2024   US
63/793,245   23.04.2025   US
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Quotation for National Phase entry

Country StagesTotal
China Filing, Examination, Granting2753
EPO Filing, Examination, Granting20128
Japan Filing, Examination, Granting2685
South Korea Filing, Examination, Granting3233
USA Filing, Examination, Granting7340
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Total: 36,139
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Abstract[English] Intact bacterial vesicles are highly effective for in vivo delivery of boron for radiotherapeutic purposes, as in boron neutron capture therapy. A compound comprising a boron isotope, such as boron-10 or boron-11, can be joined chemically to a fluorescent moiety to produce a molecule that can be loaded stably into bacterial vesicles, which when coated with an appropriately targeting bispecific antibody can deliver boron specifically into tumor cells in an amount enabling boron-mediated radiotherapy that eliminates tumor cells with minimal damage to adjacent normal cells.[French] Les vésicules bactériennes intactes sont hautement efficaces pour l'administration in vivo de bore à des fins radiothérapeutiques, comme dans une thérapie par capture de neutrons de bore. Un composé comprenant un isotope de bore, tel que le bore 10 ou le bore 11, peut être joint chimiquement à une fraction fluorescente pour produire une molécule qui peut être chargée de manière stable dans des vésicules bactériennes, qui, lorsqu'elles sont revêtues d'un anticorps bispécifique ciblant de manière appropriée, peuvent libérer du bore spécifiquement dans des cellules tumorales en une quantité permettant une radiothérapie médiée par le bore qui élimine les cellules tumorales avec un endommagement minimal des cellules normales adjacentes.