Tumour model

RL

Follicular lymphoma
XenograftIn vitroResistant

Standard of Care sensibility: Rituximab = yes (30mg/kg) / Endoxan = yes ( 100mg/kg) / Obinutuzumab = yes (30mg/kg) / R-CHOP or R-DHAP = yes

Acquired resistance to: Rituximab / GA101 / R-CHOP / R-DHAP

RL cells

Human RL cells were isolated from the ascite of a patient with non-hogkin’s follicular lymphoma.

Tumour growth in vivo

The cells were collected from a tissue culture flask and injected subcutaneously in the right flank of SCID-CB17 mice. The resulting tumours were monitored by measuring two diameters with calipers, and extrapolating the volume to a sphere.
The mice bearing RL tumours can be treated by intra-peritoneal, intra-venous, intra-tumoral or subcutaneous injection of the compounds. Per os administration is also possible.

Figure 1: (View PDF)

Tumour growth curve of the RL cells as xenograft Mean ± SEM (n=6; take rate 100%)

Antineo can also perform an intra-medullar implantation.

Standard-Of-Care Drug Responses

rituximab 30 mg/kg qw → Response
endoxan 100 mg/kg qw → Response

Figure 2: View PDF

Effect of rituximab or endoxan treatment on RL tumour growth
Mean ± SEM (n=6 per group; take rate 100%)

obinutuzumab 30 mg/kg qw → Response
R-CHOP or R-DHAP → Response

Several RL resistant models, developed in vivo without
genetic modifications, are available at Antineo (model ID RL rituxR); RL GA101R; RL RCHOPR, RL RDHAPR).

Download PDF

Model characteristics

Organism
Human
Tissue of origin
B cells
Pathology
Follicular lymphoma
Model type
In vitro, Resistant, Xenograft
Availability
Off the shelf (time of expansion)

Request this model

Tell us about your compound and your endpoints. Our team confirms feasibility, timelines and study design before any commitment.

Related models

Other models sharing the same tissue of origin.

Model
Organism
Tissue of origin
Pathology
Type
Human
B cells
Diffuse large B cells lymphoma DLBCL
XenograftIn vitro
Human
B cells
Chronic lymphoblastoid leukemia
XenograftIn vitro
Human
B cells
Diffuse large B cells lymphoma DLBCL
XenograftIn vitro
Mouse
B cells
Lymphoma
SyngeneicIn vitro
Human
B cells
Mantle cells lymphoma
XenograftIn vitro
Human
B cells
Diffuse large B cells lymphoma DLBCL
XenograftIn vitro