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Company presentation,<br />

<strong>Aktiespararna</strong>, Mars 2012<br />

Ulf Boberg, CEO


Creative Antibiotics Sweden AB<br />

• Creative Antibiotics Sweden AB (publ) incorporated in 2000<br />

with the goal to develop novel antibiotics<br />

• Company listed on AktieTorget since 2004<br />

• Business model is to develop project to phase I/II data and<br />

thereafter license to pharma companies for further<br />

development and commercialization<br />

• Highly qualified staff:<br />

• 9 employees whereof 4 with PhD<br />

• Collaborations with international CRO and universities<br />

2012-03-19 | 2


Ägarsituationen<br />

• Next2b, med Bengt Ågerup som ägare, har förvärvat 6 % av<br />

bolaget aktie<br />

• Största ägare:<br />

2012-03-19 | 3<br />

• Tuja Invest (Next2b), 6.2%<br />

• Östersjöstiftelsen, 5.7%<br />

• Sune Rosell m. fam, 5.0%<br />

• L-försäkrningar VB, 4.8%<br />

• L-försäkringar fonf AB 3.5%


Infektionssjukdomar<br />

• Antibiotika<br />

• Behandling av infektionssjukdomar förorsakade av bakterier<br />

• Ej virus och svamp<br />

• Baktericida eller bakteriostatiska<br />

• Bredspektrum eller smalspektrum<br />

• Grampositiva eller Gramnegativa<br />

• Antibiotikaresistens och dess betydelse<br />

• Bakterier, svampar, virus och bakteriofager har alltid påverkat varandra<br />

• Bakterier utväxlar egenskaper/skyddsmekanismer<br />

• Bakterien är resistent – inte personen<br />

• Överförskrivning, djurfoder, kläder, hushållprodukter<br />

• Framtiden antibiotika och behandlingsformer<br />

• Trend mot kortare behandlingsregim med avdödande substanser<br />

• Utveckling av smalspektrum (målsökande) substanser<br />

• Förstärkning av egna immunförsvaret<br />

• Snabbare och mer specifik diagnostik<br />

2012-03-19 | 4


Läkemedelsutveckling<br />

• Akademisk forskning, relativt låg kostnad, 1/10<br />

• Grundläggande forskning som kartlägger biologiska/fysiologiska samband<br />

• Har sällan produktperspektiv<br />

• lärarundantaget<br />

• Industriell discovery (3-5 år), ca 2-3/10<br />

• Ofta samarbetet med akademi runt en upptäckt<br />

• Fokus på produktutveckling: effekt, atoxisk, patenterbar<br />

• Styrd av myndighetsregler<br />

• Industriell development (4-7 år), ca 6-7/10<br />

• Väger in säkerhet, effekt, produktion, marknad, myndighetskrav, konkurrenter<br />

• Myndighetsgodkännande (2-4 år)<br />

• Totalkostnad mellan 500 MUD – 2 000 MUD<br />

2012-03-19 | 5


Kostnad för CAS att driva ett projekt<br />

fram till klinik<br />

• Totalt 25-35 MSEK/projekt<br />

• Tidig discovery för att hitta bra läkemedelskandidater ~5 MSEK<br />

• Optimering av dessa “lead-kandidater” ~6 MSEK<br />

• Regulatoriska säkerhetsstudier ~7 MSEK<br />

• Tillverkningsutveckling och kostnader ~7 MSEK<br />

• Första fas-I kliniska studier på människa ~3 MSEK<br />

2012-03-19 | 6


Resistance development since Flemming<br />

(Clatworthy et al. 2007)


Market and competitive environment<br />

• WHO ranks antibiotic resistance as the largest threat to<br />

global health<br />

• Europe: 1/4 of all hospital acquired infections are caused by resistant bacteria, every<br />

year 25,000 patients die, total cost for society >€1.5 billion per year<br />

• USA: 2 million hospital acquired infections, 90,000 patients die/year, 70% resistant<br />

against at least one antibiotic. Cost for society US$ 5 billion per year.<br />

• The market for antibiotics US$ 38.1bn (Datamonitor 2009)<br />

• About 50% of sales come from generics<br />

• Levaquin (J&J) market sales US$ 2.5 billions per year<br />


Mission<br />

• Unload the global burden of antibiotic resistance<br />

Vision<br />

• Develop targeted treatment of infectious diseases caused by<br />

Gram-negative bacteria with a newly identified virulence<br />

mechanism – the T3SS target protein and/or other virulence<br />

mechanisms<br />

Strategy<br />

• Show general Proof-of-Concept in patients infected by<br />

Pseudomonas aeruginosa<br />

2012-03-19 | 9


Targeted antibiotics – definition<br />

Only affect the pathogenic bacteria, leaving the<br />

natural flora intact<br />

– comparable with cancer treatment!!!<br />

Virulence factors could be defined as essential in<br />

vivo to:<br />

• colonize,<br />

• invade the host tissues,<br />

• adapt to the various environments in the host,<br />

• subvert host functions and overcome host defenses<br />

2012-03-19 | 10


Targeted antibiotics – virulence systems<br />

• Virulence systems<br />

2012-03-19 | 11<br />

• Inhibition of QS<br />

• Inhibition of adhesion and colonization<br />

• Pili formation<br />

• Secretion systems<br />

• Inhibition of sortase<br />

• Inhibitors of iron metabolism<br />

• Inhibition of the microbial resistance to<br />

the host defenses innate immunity<br />

• Resistance to oxidative stress<br />

• Protection against cationic effectors of the innate<br />

immunity


2012-03-19 | 12<br />

Type III Secretion System


2012-03-19 | 13<br />

Type III Secretion System<br />

Bacterium<br />

Cell membrane<br />

Infected human cell


Targeted antibiotics – a new path to treat<br />

bacterial infection<br />

• Candidates effective against multi resistant Gram-negative<br />

bacteria in vitro, ex vivo and in vivo<br />

• Targeted antibiotics will only affect the pathogenic/virulent<br />

microbes – less risk for resistance development and spread<br />

• Three projects addressing the companies vision with large<br />

market potential in different early preclinical phase<br />

2012-03-19 | 14<br />

• Natural products (INP-11252), T3SS inhibitor<br />

• New screen 125 000 molecules, small molecules approx. 500 Da<br />

• Novel peptides/protein binding T3SS


Technology – Inhibition of the Type III<br />

Secretion System<br />

• The bacteria will dock to the<br />

host cell (macrophage) and<br />

inject proteins that will stop<br />

the phagocytosis capability of<br />

the macrophage<br />

• Same target mechanism, T3SS,<br />

in all pathogenic Gramnegative<br />

bacteria<br />

2012-03-19 | 15<br />

Bacterium<br />

Cell membrane<br />

Infected human cell


Technology – Inhibition of the Type III<br />

Secretion System<br />

• The small molecules of<br />

Creative Antibiotics will bind to<br />

the target mechanism and<br />

block injection<br />

• Creative Antibiotics has eight<br />

different classes of small<br />

molecules that that block the<br />

T3SS<br />

2012-03-19 | 16<br />

Bacterium<br />

Cell membrane


Development strategy<br />

Compound library Virulence<br />

systems as<br />

targets<br />

Natural<br />

products<br />

2012-03-19 | 17<br />

Small<br />

molecules<br />

Peptides<br />

T3SS/<br />

Flagella<br />

Bacteria<br />

expressing T3SS<br />

Shigella spp<br />

Salmonella spp<br />

Chlamydia<br />

trachomatis<br />

Chlamydia<br />

pneumoniae<br />

Yersinia pestis<br />

Pseudomonas<br />

aeruginosa<br />

Diseases caused by the<br />

bacteria<br />

•Diarrhea<br />

•Sterility<br />

•Increased susceptibility for<br />

sexually transmitted<br />

infections<br />

•Trachoma (eye infection)<br />

•Pneumonia<br />

•Bubonic plague<br />

•Pneumonia in patients with<br />

cystic fibrosis and chronic<br />

obstructive pulmonary<br />

disease<br />

•Opportunistic infections<br />

Compound for product development will be selected based on the following criteria:<br />

safety and efficacy data<br />

chemical and physical properties<br />

patent and market exclusivity


HeLa cells infected with P. aeruginosa<br />

• 5 h infection<br />

• INP11252 added at time 0 h at 150, 100, 50 and 20µM<br />

Controls<br />

Uninfected<br />

(T3SS - )<br />

2012-03-19 | 18<br />

INP11252<br />

P.a. wt P.a. wt<br />

+ 150µM<br />

P.a. wt<br />

+ 100µM<br />

P.a. wt<br />

+ 50µM<br />

• INP11252 protected HeLa cells from a P. aeruginosa infection<br />

P.a. wt<br />

+ 20µM


Degree<br />

of infection<br />

2012-03-19 | 19<br />

INP 400 Inhibits Chlamydia<br />

0 µM 10 µM 15 µM 20 µM<br />

Concentration of compound<br />

Cell type: mouse fibroblast<br />

Bacteria: Chlamydia trachomatis<br />

Incubated for 24hr


Primary indications<br />

• Pseudomonas aeruginosa related infections:<br />

• Wounds (deep brun wounds)<br />

• COPD<br />

• Cystic fibrosis<br />

• E. coli and related pathogens (EPEC, EHEC)<br />

• Sepsis<br />

• Urinary tract infection<br />

• Diarrhea<br />

• Other Gram-negative related infections<br />

• Chlamydia infections (sexually transmitted)<br />

• Diarrhea<br />

2012-03-19 | 20


Natural products (INP-11252)<br />

• Results so far<br />

• In vitro and ex vivo<br />

• Promising solubility and toxicity profile<br />

• Good IP position<br />

• Collaboration with Eskitis Institute<br />

• Experience in natural product chemistry and development<br />

• Possibility to apply for “soft funding”<br />

• Chanel 9 News – attention in Australia<br />

2012-03-19 | 21


Collaboration AMRI<br />

• CRO with experience from infectious diseases<br />

• Licensed recently a project to Genentech within the antibiotics<br />

field<br />

• Synthesis of new substances around the INP-1750<br />

class of molecules<br />

• Novel chemistry<br />

• New IP<br />

• New screen in diversified library (approx 140 000<br />

molecules)<br />

• New binders<br />

• Novel chemistry after synthesis<br />

• New IP<br />

2012-03-19 | 22


• Proven technology<br />

Collaboration Affibody<br />

• Has been in humans<br />

• Screen of new proteins binding to the tip protein<br />

target<br />

• Novel binders<br />

• New IP<br />

• Encouraged by the KaloBios results<br />

2012-03-19 | 23<br />

• Fab fragment binding to the tip protein target<br />

• Results from CF patients with Pa infections<br />

• Clinical relevant target


Current deals<br />

• KaloBios – Sanofi-Pasteur, multi million $ deal<br />

• GSK/Anacor, Gram-negative/Boron platform: $12 million up-front,<br />

$252 million milestone, $331 million for each product candidate and<br />

double-digit tiered royalties<br />

• Genentech/AMRI, natural product<br />

• Astellas/Optimer, Clostridium difficile/Gram-positiva (narrowspectrum):<br />

Euro 165 million and double-digit royalty for EPO, ME,<br />

Africa and Cw<br />

• Cubist/Optimer, co-promotion in US<br />

• Novartis/Cubist, collaboration<br />

2012-03-19 | 24


Kostnad att driva ett projekt fram till<br />

klinik<br />

• Tidig discovery för att hitta bra läkemedelskandidater ~5 MSEK<br />

• Optimering av dessa “lead-kandidater” ~6 MSEK<br />

• Regulatoriska säkerhetsstudier ~7 MSEK<br />

• Tillverkningsutveckling och kostnader ~6 MSEK<br />

• Första fas-I kliniska studier på människa ~3 MSEK<br />

• Totalt 25-30 MSEK<br />

2012-03-19 | 25


Resultaträkning (Tkr)<br />

2012-03-19 | 26<br />

Finanser, Q4 2012<br />

Okt-Dec Okt-Dec Jan-Dec Juli-Juni<br />

2011 2010 2011 2009/2010<br />

(12 mån) (12 mån)<br />

Rörelsens intäkter<br />

Nettoomsättning 12 15 2 17<br />

Erhållna bidrag 0 -91 91 631<br />

Rörelsens kostnader -5 174 -3 588 -13 773 -11 819<br />

Av - och nedskrivningar -9 -11 -44 -45<br />

Finansiella poster 217 233 741 12<br />

Resultat efter finansiella poster -4 954 -3 442 -12 983 -11 204<br />

Periodens resultat -4 954 -3 442 -12 983 -11 204


Balansräkning (Tkr)<br />

Finanser, Q4 2011<br />

2011-12-31 2010-12-31<br />

Anläggningstillgångar<br />

Inventarier 139 183<br />

Finansiella tillgångar 0 0<br />

Summa anläggningstillgångar 139 183<br />

Omsättningstillgångar<br />

Kortfristiga fordringar 830 556<br />

Kortfristiga placeringar 26 007 39 533<br />

Kassa och bank 2 175 1 209<br />

Summa omsättningstillgångar 29 012 41 298<br />

Summa tillgångar 29 151 41 481<br />

Eget kapital 17 788 30 771<br />

Långfristiga skulder 7 941 7 941<br />

Kortfristiga skulder 3 422 2 769<br />

2012-03-19 | 27<br />

Summa eget kapital och skulder 29 151 41 481


Thanks!<br />

www.creativeantibiotics.com

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