RT-IGAR IMAGE-GUIDED ADAPTIVE RADIOTHERAPY

USPTO USPTO 2011 ABANDONED - NO STATEMENT OF USE FILED

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Die US-Marke RT-IGAR IMAGE-GUIDED ADAPTIVE RADIOTHERAPY wurde als Wortmarke am 01.04.2011 beim Amerikanischen Patent- und Markenamt angemeldet. Der aktuelle Status der Marke ist "ABANDONED - NO STATEMENT OF USE FILED".

Markendetails

Markenform Wortmarke
Aktenzeichen 85283984
Anmeldedatum 01. April 2011
Veröffentlichungsdatum 07. Februar 2012

Markeninhaber

1500 Sun Life Place 10123 99th Street
T5K3H1 Edmonton, Alberta
CA

Markenvertreter

Waren und Dienstleistungen

10 Medical device, namely, a linear accelerator magnetic resonator (a linac-MR hybrid)
16 Information materials, namely, posters, brochures, pamphlets, information sheets, booklets, articles in newsletters, magazines, newspapers, journals and other periodicals, as well as educational information materials handed out at seminars, presentations, conferences, displays, expositions and exhibits all relating to cancer and any other disease sites requiring radiation as a treatment
44 Medical services in the field of cancer treatment and diagnosis, namely, diagnostic procedures, treatment strategies, treatment therapies and treatment verification, to assist in the diagnosis, assessment of progression, and treatment of cancer, diagnosis, assessment of progression and treatment of cancer, advanced cancer treatment strategies, namely, planning verification, tracking, radiation delivery and dose monitoring, monitoring of treatment progression, optimizing and delivering cancer radiation treatments and radiation treatments for any other disease sites requiring radiation; Medical imaging services, namely, soft-tissue imaging of the tumor and healthy tissue to allow planning and delivery of precise dose distribution to target the tumor and avoid healthy tissue, tracking of moving exquisitely visualized anatomy during normal respiration to allow intensity-modulated ionizing radiation to irradiate to the moving tumor target and avoid healthy tissue, four dimensional reconstruction and monitoring of dose delivery and planning, verification, optimization and delivery of prescribed dose distribution utilizing embedded computer software
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