Automated manufacture of T-cell immunotherapies · left border border right border top for Photos...

20
Automated manufacture of T-cell immunotherapies using gamma retroviral transduction Lee Markwick, PhD AMC, Manchester March 2018

Transcript of Automated manufacture of T-cell immunotherapies · left border border right border top for Photos...

PC USERS:

Reset the slide back to its

original form via the menu bar:

Home | Slides | Reset

Folie in Ursprungsform

bringen über Menu:

Start | Folien | Zurücksetzen

MAC USERS:

Reset the slide back to its

original form via the menu bar:

Home | Slides | Layouts | Reset

Folie in Ursprungsform

bringen über Menu

Start |

left border border right

border top

for Photos

and Shapes

for text

border top

bottom

border

Picture Tools | Format |

Bildtools | Format |

Format Picture | Compress

Automated manufacture of T-cell immunotherapies

using gamma retroviral transduction

Lee Markwick, PhD AMC, Manchester March 2018

left border border right

border top

for Photos

and Shapes

for text

border top

bottom

border

for Photos

Automated generation of CAR T cells

T cell enrichment and activation

Transduction

Expansion

d0

d1

d2-10

d10-14Final product (max of 14 days)

Starting material

8th March 2018 Automated manufacture of T-cell immunotherapies - Lee Markwick Ph. D. Page 2

left border border right

border top

for Photos

and Shapes

for text

border top

bottom

border

for Photos

CliniMACS

BufferMACS GMP

TransAct

GMP Lentiviral

VectorMACS GMP

TexMACS

CliniMACS Prodigy TS 520

CliniMACS

Reagents:

CD4 / CD8,

CD62L

MACS GMP

IL-2, IL-7, IL-15,

IL-21flow reagents and

REA antibodies

7 color immuno-

phenotyping kit

MACSPlex

Cytokine Kit

Rapid Cytokine

Inspector Kit

MACS GMP

TexMACS

IPC/QC

CliniMACS Prodigy TCT Process

CliniMACS Prodigy TCT Process for RV and LV

Cell selection Cell activation Cell transduction Cell expansion Final

formulation

8th March 2018 Automated manufacture of T-cell immunotherapies - Lee Markwick Ph. D. Page 3

left border border right

border top

for Photos

and Shapes

for text

border top

bottom

border

for Photos

8th March 2018 Page 4Automated manufacture of T-cell immunotherapies - Lee Markwick Ph. D.

TCT process - robust and reproducible with pts material

Robust expansion of healthy

material (n=12) and pts material

(n=6)

Good viability of healthy material

(n=12) and pts material (n=6)

Cell selection Cell activation Cell transduction Cell expansion Final

formulation

E.g. dose: 107 CAR+ T cells / kg

(130kg patient)

Patient material T cellsCAR+ T

cells

Melanoma 2.35E9 1.38E9

Lymphoma 3.68E9 1.54E9

Lymphoma 3.31E9 -

Lymphoma frozen 4.90E9 1.09E9

Lymphoma frozen 3.20E9 0.72E9

left border border right

border top

for Photos

and Shapes

for text

border top

bottom

border

for Photos

8th March 2018 Page 5Automated manufacture of T-cell immunotherapies - Lee Markwick Ph. D.

TCT process - robust and reproducible in serum free conditions

Cell selection Cell activation Cell transduction Cell expansion Final

formulation

left border border right

border top

for Photos

and Shapes

for text

border top

bottom

border

for Photos

New Activities to enable TCT for retroviral vector

Enrichment

TCT Retro

Activation

in 70 ml

Volume chamber

time

200

100 Vo

lum

e r

ed

uctio

n

Ad

ditio

n R

V +

en

ha

ncer

Sp

in 4

00

g, 3

2°C

day 26-24h incubation

Cultu

re

wa

sh

Sta

rt

sh

akin

g

8th March 2018 Automated manufacture of T-cell immunotherapies - Lee Markwick Ph. D. Page 6

left border border right

border top

for Photos

and Shapes

for text

border top

bottom

border

for Photos IPC/QC

Retroviral transduction

Cell selection Cell activation Cell transduction Cell expansion Final

formulation

Vectofusin-1®

• Transduction enhancer

• Fully synthetic, non toxic, soluble peptide

• No pre-treatment/coating needed - added directly to viral supernatant!

• Straight forward and simple protocol

• Available in research and GMP grade

Automated manufacture of T-cell immunotherapies - Lee Markwick Ph. D.8th March 2018 Page 7

left border border right

border top

for Photos

and Shapes

for text

border top

bottom

border

for Photos

Retroviral Transduction

Cell selection Cell activation Cell transduction Cell expansion Final

formulation

Automated manufacture of T-cell immunotherapies - Lee Markwick Ph. D.8th March 2018 Page 8

left border border right

border top

for Photos

and Shapes

for text

border top

bottom

border

for Photos

Cellular composition of final product

Cell selection Cell activation Cell transduction Cell expansion Final

formulation

8th March 2018 Automated manufacture of T-cell immunotherapies - Lee Markwick Ph. D. Page 9

left border border right

border top

for Photos

and Shapes

for text

border top

bottom

border

for Photos

Functionality: Killing of CD20+ JeKo-1 cells

Cytokine secretion profiles Cytotoxicity

Automated manufacture of T-cell immunotherapies - Lee Markwick Ph. D.8th March 2018 Page 10

Healthy donorHealthy donor

Patient material Patient material

left border border right

border top

for Photos

and Shapes

for text

border top

bottom

border

for Photos

Robust manufacturing of polyfunctional gene-engineered T cells:

In vivo mouse model

Page 11Automated manufacture of T-cell immunotherapies - Lee Markwick Ph. D.8th March 2018

left border border right

border top

for Photos

and Shapes

for text

border top

bottom

border

for Photos

8th March 2018 Page 12Automated manufacture of T-cell immunotherapies - Lee Markwick Ph. D.

Cell Manufacturing Centres

left border border right

border top

for Photos

and Shapes

for text

border top

bottom

border

for Photos

8th March 2018 Page 13Automated manufacture of T-cell immunotherapies - Lee Markwick Ph. D.

Integral Single Unit Manufacturing

▪ Parallel Manufacturing.

▪ Instantly scalable

✓ More devices, more products

▪ Simplicity at Scale.

✓ One process, one device

▪ Complexity Minimisation:

✓ Process steps

✓ Connections

✓ Device upkeep & maintenance

left border border right

border top

for Photos

and Shapes

for text

border top

bottom

border

for Photos

8th March 2018 Page 14Automated manufacture of T-cell immunotherapies - Lee Markwick Ph. D.

Facility Considerations(Layouts for 2000 patients p.a.)

Cell Gene Therapy Insights 2017;3(4).David James

left border border right

border top

for Photos

and Shapes

for text

border top

bottom

border

for Photos

CliniMACS Prodigy in clinical trial and licensed commercial product…

8th March 2018 Page 15Automated manufacture of T-cell immunotherapies - Lee Markwick Ph. D.

left border border right

border top

for Photos

and Shapes

for text

border top

bottom

border

for Photos

Miltenyi Biotec manufacturing suite

8th March 2018 Automated manufacture of T-cell immunotherapies - Lee Markwick Ph. D. Page 16

left border border right

border top

for Photos

and Shapes

for text

border top

bottom

border

for Photos

Automation & Operation

March 13, 2018 Page 17Jason Jones, Miltenyi Biotec Ltd

left border border right

border top

for Photos

and Shapes

for text

border top

bottom

border

for Photos

Parallel manufacturing of cell and gene therapy products…

March 13, 2018 Page 18

left border border right

border top

for Photos

and Shapes

for text

border top

bottom

border

for Photos

Not just CAR T-cells…

Donor /

patient

Blood

LeukapheresisPatient

Cell

selection

Cell

transduction

Cell

formulation

Cell

activation

Cell

expansion

MoDC

CAR T cells

TCR T cells

NK cells

Gene-modified

stem cells

MSCs

Treg cells

Antigen-specific

T cells

8th March 2018 Page 19Automated manufacture of T-cell immunotherapies - Lee Markwick Ph. D.

left border border right

border top

for Photos

and Shapes

for text

border top

bottom

border

for Photos

8th March 2018 Page 20Automated manufacture of T-cell immunotherapies - Lee Markwick Ph. D.

Your trusted partner for cell and gene therapy