New Light Path TM Services
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Transcript New Light Path TM Services
New Light Path TM Services
Light PathTM: streamlined custom material
supply for discovery to early development
drug
discovery
preclinical
development
phase I
kg
mg
non-GMP
GMP
Leverage Lonza’s proven technology platforms & expertise to meet
your exact early development needs in a lean, cost effective and
speedy manner
Complete gene to GMP production service offerings for both
microbial & mammalian technology
Partner with Lonza early and be on the road to a marketable
product
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Meet all your discovery, pre-clinical &
phase 1 material needs with Light PathTM
Drug
Discovery
Light Path™
Discovery
Light Path™
Development
Preclinical
Development
Phase I
1mg – 500mg, non GMP
in 6 to 10 weeks
1g – 1000 g, non GMP
in 6 to 10 weeks
1 - 100 grams, non-GMP
in 4 to 8 months
1g - 1000 grams, GMP
in 3 to 6 additional months
* starting from gene sequence, timeline guidance includes gene synthesis.
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Mammalian Light Path TM Services
Mammalian Light PathTM Discovery for
custom milligram material supply (non-GMP)
Vector Construction
Product
Expression
Culture
Preparation
Affinity
Chromatography
Material Supply
Gene
synthesis
Vector
construction
DNA
amplification
Transient
expression
or
clarified
supernatant
up to 10L
Protein A or
similar affinity step
Delivery of
up to 500mg of
product
Transfectant
pool
Product expression using Lonza’s proprietary GS Gene Expression System™
Option to perform vector construction suitable for future stable cell line development
Option to apply your specific affinity chromatography step
Option to monitor endotoxin levels and include additional purification steps
Material supply for multiple product candidates
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Mammalian Light PathTM Development for
pre-clinical through to your IND
Starting from a gene sequence:
Cell Line
Construction
Streamlined
PD
non-GMP Pilot
Supply Option
(1-100g)
Pre-production
Activities
GMP
Production
(10g – 1000g)
option for mg
supply
via Light Path™
Discovery
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Compare Mammalian Light PathTM Development
to Lonza’s standard GMP programs
Service
Standard
Options for development of unclonal or clonal
cell lines
Vector construction, transfection and multiple
rounds of cell line screening where applicable
Cell line stability study on three candidate cell
lines
Supply of up to 5 mg of Protein A purified
product from top 9 selected cell lines
Cell line
Construction
Application and evaluation of Lonza’s platform
upstream process
Performance of 2x10L scale and material
supply for purification process development
Material supply of up to 5mg Protein A purified
product for animal efficacy studies
Upstream
Development
Light Path
Options for development of transfectant pool,
unclonal or clonal cell line
Vector construction, transfection and limited
rounds of cell line screening where applicable
No cell line stability study unless requested
Supply of up to 5mg of Protein A purified product
from top 9 selected cell lines
Application of Lonza’s platform upstream process
only
Performance of 2x10L lab scale for purpose of
material supply for purification evaluation only
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Compare Mammalian Light PathTM Development
to Lonza’s standard GMP programs - continued
Service
Standard
Application and evaluation of all steps of
Lonza’s platform downstream process
Intermediate product stability study
Downstream
Development
Light Path
Assumes product is a monoclonal antibody of
subclass IgG1, 2 or 4 with pI>8 and aggregate
levels of <10
Evaluation of limited steps of Lonza’s
platform downstream process to a “good
enough” level
No intermediate product stability study
Analytical
Development
Evaluation of Lonza’s Protein A HPLC
and all batch release platform assays
Evaluation of limited subset of platform assays
Pilot
Production
Non-GMP runs at 130L, 250L or 400L
scale (tox material supply)
No non-GMP pilot run unless requested
Any scale
200L, 500L, 800L, 1000L
GMP
Production
*only size available for transfectant pool
option
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Decide if Mammalian Light PathTM
Development is right for you
Take the Light Path™ when your focus is strictly on filing an IND
If certain budgetary restrictions would require scope limitations, then Lonza will
focus on only necessary activities
Light Path™ requires an in-depth discussion with Lonza to agree in partnership
on how to best design you program. Lonza will highlight areas where potential
challenges may arise that could require scope change.
Leverage of Lonza’s proven GS expression system™ and processes
development platforms to generate an IND enabling
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Microbial Light PathTM Services
Microbial Light PathTM Discovery for custom
milligram material supply (non-GMP)
Strain Acquisition
Expression of tagged
proteins
Affinity
Chrom.
Tag removal or downstream “scouting”
w/ parallel expression of untagged
protein
Delivery
option 1
Final purification run
Delivery
option 2
4x500mL Fermentation
Client
Strains
XS Strain
Development
or
Empty
Vector
Strain 1
Strain 2
Strain 3
IMA
C
Tag removal
or
Tag removal
& DS Dev
Fermentation
Purification
Option to start with a minimal XS E. coli strain development to explore expression feasibility
Default service assumes His-tagged protein, option to have His-clipped version
Option to have a minimal DSP development performed to purify untagged native product
Deliverable is 1-500 mg target protein at >70% purity.
18-Jul-15
Delivery
option 3
Actual quantities delivered depend on expression levels and DSP yields achieved
Light path™ Discovery XS strain can be used as the starting point for Light Path™
development service
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Microbial Light PathTM Development for
pre-clinical through to your IND
Starting from a gene sequence:
XS Strain
Development
Streamlined
PD
non-GMP Pilot
Supply Option
(1-100g)
Pre-production
Activities
GMP
Production
(10g – 1000g)
option for mg
supply
via Light Path™
Discovery
Drop-in an existing process:
Customer
Strain &
Process
Transfer / Adapt /
Minimal Development
non-GMP Pilot
Supply Option
(1-100g)
Pre-production
Activities
GMP
Production
(10g – 1000g)
option for mg
supply
via Light Path™
Discovery
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Compare Microbial Light PathTM Development
to Lonza’s standard GMP programs
Service
Strain
Development
Fermentation
Development
Standard
Evaluate a variety of expression systems
and hosts (E. coli, pichia, bacillus)
Full fermentation screening via 4 x 4 1L
DASGIP runs
Perform 18 x 10L fermentations
Screen up to 8 parameters to establish
a robust process
Develop 3-4 chromatography steps
Screen 6 resins per chromotography step
Develop 2 TFF steps
Perform up to 4 consistency runs (10L)
Multiple pilot runs at 20L, 40L or 200L
scale (can supply tox needs)
Downstream
Development
Lab Consistency
& Pilot Runs
Lay down Master & Working Cell Banks
1 to 2 engineering runs before initial GMP
batch
Any GMP scale
GMP Production
Light Path
Explore most attractive options only
Reduced scope of fermentation screening
(only 2 x 4 1L DASGIP runs)
Perform only 3 x 4 1L DASGIP runs PLUS
4 x 10L fermentations
Screen only 3 parameters to establish a
“good enough” process
Assumes 2 or 3 chromatography steps are sufficient
Screen 3 resins per chromotography step
Assumes 1 TFF step is sufficient
Perform only 2 consistency runs (10L)
Encourage at least one pilot run, but not
always necessary
Lay down only Master Cell Bank
First and only engineering run can be
released as GMP if successful
GMP scales limited to 20L, 150L & 800L
(total volumes)*
*Lonza will not transfer into GMP with significant risk of failure. Additional scope change may be needed to establish an adequate process.
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Decide if Microbial Light PathTM
Development is right for you
Take the Light Path™ when your focus is strictly on filing an IND
If certain budgetary restrictions would require scope limitations, then Lonza will
focus on only necessary activities
Light Path™ requires an in-depth discussion with Lonza to agree in partnership
on how to best design you program. Lonza will highlight areas where potential
challenges may arise that could require scope change.
In lieu of costly non-GMP engineering runs at scale, Lonza will establish your
IND-enabling GMP process in a cost-efficient pilot laboratory environment
Lonza will not proceed into GMP without sufficient data to indicate that the
process has a high likely hood to initially succeed at scale on the first run
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