bioreactor education & training w.marner ccp13

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www.applikonbio.co m Slide 1 Technicians Role in Growing the Bioeconomy Panel Wesley D. Marner II, Ph.D. 22 April 2013

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Technicians' Role in Growing the Bioeconomy

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Page 1: Bioreactor education & training w.marner ccp13

www.applikonbio.com

Slide 1

Technicians Role in Growing the Bioeconomy PanelWesley D. Marner II, Ph.D.22 April 2013

Page 2: Bioreactor education & training w.marner ccp13

www.applikonbio.com

Slide 2

Benchtop(1-20L)

Pilot/Production(7-2,000L)

Applikon at a glance• Worldwide provider

of bioreactor equipment.

Page 3: Bioreactor education & training w.marner ccp13

www.applikonbio.com

Slide 3

Bioprocessing has traditionally been at larger culture volumes

ManufacturingProcess Development and Scale UpUpstream Research

• Bioreactor operation• Seed culture manipulation• Harvest and downstream

purification• Equipment

• Data analysis• Experimental design• Regulatory requirements• cGMP protocols• Industrial safety

Page 4: Bioreactor education & training w.marner ccp13

www.applikonbio.com

Slide 4

Consider early development screening...

• Early stage "winners" can lock in the route of development work during scale up to production

10,000 1,000 150 25

“Winners”

≠Unfortunately,

Page 5: Bioreactor education & training w.marner ccp13

www.applikonbio.com

Slide 5

Trend toward greater bioprocessing examination, sooner.

ManufacturingProcess Development and Scale UpUpstream Research

# of Cultures Cost / Culture Process Information

Num

ber o

f Cul

ture

s

Cos

t p

er C

ult

ure

Page 6: Bioreactor education & training w.marner ccp13

www.applikonbio.com

Slide 6

Trend toward greater bioprocessing examination, sooner.

ManufacturingProcess Development and Scale UpUpstream Research

# of Cultures Cost / Culture Process Information

Num

ber o

f Cul

ture

s

Cos

t p

er C

ult

ure

Acquiring process data sooner.

Page 7: Bioreactor education & training w.marner ccp13

www.applikonbio.com

Slide 7

Trend toward greater bioprocessing examination, sooner.

ManufacturingProcess Development and Scale UpUpstream Research

# of Cultures Cost / Culture Process Information

Num

ber o

f Cul

ture

s

Cos

t p

er C

ult

ure

Reducing cost of early development.

Acquiring process data sooner.

Page 8: Bioreactor education & training w.marner ccp13

www.applikonbio.com

Slide 8

Micro(200µl)

Benchtop(1-20L)

Pilot/Production(7-2,000L)

Mini(0.25-3L)

Applikon at a glance• Worldwide provider

of bioreactor equipment at all scales.

Page 9: Bioreactor education & training w.marner ccp13

www.applikonbio.com

Slide 9

New technology for bioprocessing at small scales:

Sensor Shake Flasks

OD Readers

Sensor Dishes

RAMbio

Mini Bioreactors

Parallel Off-Gas

Well Plates

Process Optimization:Bioreactor Experiments

Process Definition:Well Plates,

Flask Characterization

Strain Construction:Tubes, Well Plates

Flasks, Shakers

Identification:Cloning, Fluorescence,

Well Plates, Flasks

Process Development ScreeningSelectionResearch

ClassicAutoclavables

Page 10: Bioreactor education & training w.marner ccp13

www.applikonbio.com

Slide 10

• Bioprocessing principles in upstream research

• Bioreactor startup and operation• Bioreactor control & typical parameters

• Culture modes (batch, fed-batch, continuous)• Culture kinetics (growth, nutrient uptake, product

formation)• Bioengineering basics (gas transfer, mixing)

• Understanding the abilities and limitations of small-scale tools

• Small bioreactors vs. large one• Artifacts of microtiter plates• Advantages/Disadvantages of scaling down

• Data analysis and statistics - and communicating these data

Page 11: Bioreactor education & training w.marner ccp13

www.applikonbio.com

Slide 11

Thank you

• www.applikonbio.com/wmarner• [email protected]