New hope for bowel cancer patients as fresh partnership between Carina Biotech and CellVec enables advancement of clinical trials.

SINGAPORE,10 November 2021–Singapore-based viral vector CDMO CellVec announces todaythat ithasbeen selected as the manufacturer of choicefor Australian cell therapy immuno-oncology company Carina  Biotech, undertaking  the  production  ofGMP-compliantlentivirus  constructs  for  its  LGR5  CAR-T.The  partnership is  slated to  advance clinical  trials  for  a  treatment  designed  for patients with  advanced colorectal (bowel) cancer.


 CellVec  is  a  certified  GMP  gene  therapy  contract  development  and  manufacturing  organisation  that provides an advanced lentiviral vector platform to upscale production of viral vectors and develop novel gene transfer technologies to advance therapies to clinical application. Its strategic offering of bespoke manufacturing services will enable the clinical grade lentivirus to be produced under GMP standards while using Carina’s proprietary manufacturing process, progressing the production of LGR5 CAR-T  cells for a first in-human clinical trial in H2 2022.


 “The partnership with Carina Biotech marks a significant milestone for us to facilitate the furtherance of gene  therapies.  It  attests  to  our  capabilities  to  effectively  scale  bespoke  viral  vector  manufacturing processes, enabling the advancement of different clinical therapies from bench to bedside that will benefit more patients across the world. We look forward to supporting Carina in the successful development of its LGR5 CAR-T cells,” said Dr Ang Peng Tiam, Chairman of CellVec and Medical Director of Parkway Cancer Centre, the largest private oncology service provider in the region.


“We are delighted to be working with CellVec because of their outstanding track record and expertise,” said Professor Simon Barry, VP of CAR-T Manufacturing Research and Development and the co-inventor of  Carina’s  lead  CAR-T   cell.  “Their  flexibility  and  willingness  to  incorporate  Carina’s  proprietary manufacturing process was an important consideration in the selection of CellVec as our service provider.


”Leveragingitsadvanced CellVec Vector Platform, CellVec’s efficacious manufacturing processes will scale the production of high-titre, high yield lentivirus constructs in an accelerated timeline (6 to 8 months)for the  project. TheLGR5  CAR-T  cell targetsthe  LGR5  cancer  stem  cell  markerthat  is  highly  expressed  on advanced  colorectal  cancer  and  some  other  cancers,  resulting  indurable  tumour  suppression  and  the prevention of relapses commonly seen in patients with colorectal cancer.


“We are continuing to see fantastic  results  with  our  LGR5  CAR-T  cell  in  pre-clinical  testing.  Colorectal cancer is Australia’s second deadliest cancer and its incidence is rising in people under the age of 50 –with many of these people being diagnosed with advanced disease and a very poor prognosis,” said Dr Deborah Rathjen, CEO of Carina Biotech.


“After our recent successful capital raise and welcoming new impact investors to our company, we are on track for a pre-IND submission in Q2 of 2022 and an IND submission to the FDA in the second half of 2022 and the initiation of a Phase I/II clinical trial in patients with advanced colorectal cancer.


Commenting on the potential of the partnership, Dr Gayatri Sharma, Chief Commercial Officer of CellVec said, “Carina’s work in LGR5 CAR-Ttherapy  aligns  strongly  with  our  mission  of  innovating  for  patient benefit. Our manufacture of the required lentivirus constructs will accelerate the clinical application and adoption  of  the therapy,  bringing  it  to  more  patients  around  the  world  and  ultimately  reduce the incidence and mortality of colorectal cancer.We are pleased to be part of this journeywithCarinaandare extremely excited for what this will bring to the colorectal cancer community.

 

”CellVec boasts a GMP-certified pharmaceutical quality system (PQS) and facility, awarded by the Health Sciences Authority of Singapore under current PIC/S guidance annexes for medicinal products. These are designed in alignment with US FDA, EU GMP and TGA (Australia) regulations and industry expectations. With  a  strategic  location  in Singapore, the region’s biotech hub,  CellVec  is  able  to facilitate  on-time delivery of qualityviral vectors across the world, including to the US and the UK.

-ENDS

 

About CellVec 

 

CellVec  is  the  first  CDMO  in  Southeast  Asia  GMP-certified  for  the  production  of  viral  vectors  for  gene therapy as an active pharmaceutical ingredient. Its manufacturing facility is built to comply with PIC/S, US FDA and EU GMP specifications for viral vectors, upholding quality standards of viral vector production. Specialising in lentiviral vectors, CellVec is a specialist provider of custom viral vectors for pre-clinical and clinical applications. In its commitment towards innovating for patient benefit, CellVec also offers end-to-end project management support to see therapeutics ideas from bench to bedside. For more information, visit www.cellvec.com.

 

 About Carina Biotech

 

Adelaide-based Carina Biotech is developing CAR-T and other adoptive cell therapies for the treatment of solid cancers. As well as its LGR5-targeted CAR-T cell for advanced colorectal cancer, Carina has a deep pipeline of CAR-T programs.

 

Using its proprietary chemokine receptor platform, Carina aims to improve access  to and infiltration of solid cancers  by CAR-containing cells –resulting in more potent and specific cancer  killing and reduced off-target effects in a number of cancers.

 

Carina also has a fully integrated, proprietary manufacturing process that has both reduced manufacturing time and improved CAR-T cell quality, capable of delivering robust “serial-killing” CAR-T cells to patients.

 

About LGR5

 

LGR5 is a cancer stem cell markerthat is highly expressed on advanced colorectal cancer and some other cancers.  In  colorectal  cancer  patients,LGR5+  expression  has  been  correlated  with  a  particularly  poor prognosis.

 

Cancer  stem  cells  are  a  small  sub-population  of  cells  within  a  tumour  with  the  ability  to  self-renew, differentiateinto  the  many  cell  types  of  a  tumour,  initiatenew  tumours,  and  resistchemotherapy  and radiotherapy (leading to relapses).

By targeting cancer stem cells, it is hoped that this therapy will reduce the tumour’s ability to generate new  cancer  cells,  resulting  in  durable  tumour  suppression  and  preventing  the  relapses  that  are  very common in patients with colorectal cancer.

Carina’s pre-clinical  studies  of  the  LGR5-targeted  CAR-T  cell  have  shown  highly  promising  results  with complete tumour regression and no tumour recurrence. They have also demonstrated impressive tumour access and prolonged CAR-T cell survival.

 

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  Victoria Mak                                                                               Daphne Quek

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