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Implementation status |
Achieve - ment 2008 |
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| Promotion of a culture of innovation by implementing a long-term, Group-wide innovation initiative – the “Triple-i” program (Inspiration, Ideas and Innovations). |
The global roll-out of the Group-wide innovation initiative “Triple-i” met with a very positive response. Our employees submitted around 7,700 ideas to date, some 80 of which were followed up by the Bayer subgroups. Two product ideas have already been introduced to the market. |

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Promotion of research projects on protecting drinking water and freshwater worldwide.
Provision of funding and participation in project management for the National Geographic Global Exploration Fund set up by Bayer and National Geographic. |
Support from Bayer has enabled the continuation of the nine external projects initiated in 2006 / 2007 with the aim of opening up, fairly distributing and conserving water resources. The results of our endeavors thus far were again documented in external publications in 2008, such as the Merian anniversary edition. |

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| Contribution to safeguarding the food supply of a growing world population by developing plants with higher yields and improved stress tolerance of dry conditions. Further development of plant biotechnology and the latest seed breeding technology. |
Using plant biotechnology to improve the tolerance of crops towards abiotic stress factors such as drought, heat, cold and soil salinity is one of the central research focuses of Bayer CropScience (BCS). In this area there are a large number of research projects at both early and advanced stages of development, with alliances also existing with public research institutions (e.g. CSIRO, the Commonwealth Scientific Industrial Research Organization in Canberra, Australia or the Helmholtz Research Center in Jülich, Germany). |

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Tapping the potential of renewable energy sources and renewable raw materials.
Research work and technological developments for promising applications. |
Bayer CropScience is investigating the potential of selected cultures that could be used as alternative raw materials for biofuels. Because of the limited area of agricultural land available, efforts are being made to avoid competition with foodstuffs for such land. |

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| Selective, resource-optimized production of pharmaceutical active substances using therapeutic proteins from tobacco plants (plant-made pharmaceuticals). Development of patient-specific drugs within the next seven to nine years. |
Around 50 known active substances have already been obtained from plants on a laboratory scale, including proteins for synthesizing vaccines and monoclonal antibodies for treating autoimmune diseases, infections and cancer. The first clinical trials using plant-based proteins are scheduled for 2010. |

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Provision of improved anticancer drugs.
Extension of indications of the anticancer drug Nexavar® to include liver, skin, lung and breast cancer. |
Nexavar® has already been approved in more than 70 countries for the therapy of liver cancer and in over 80 countries to treat advanced renal cell carcinoma (kidney cancer). Further studies in other indications such as non-small-cell lung cancer (NSCLC), breast cancer, bowel cancer and ovarian cancer (all Phase II) are ongoing. After the completion of a Phase III study in skin cancer, this indication will not be pursued further owing to a lack of efficacy. |

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Provision of a drug to combat dangerous blood clots.
Provision of thrombosis prophylaxis in the form of the oral Factor xa inhibitor rivaroxaban (trade name: Xarelto®). |
Xarelto® has been approved in the European Union for the prophylaxis of venous thromboembolism (VTE) in adults following elective hip or knee replacement surgery. The European Union approved the market launch of Xarelto® in September 2008. Further approvals have been granted in more than 50 countries, including Australia, Canada, China, Mexico and Singapore.
An extensive development program is already at an advanced stage for using rivaroxaban for thrombosis prophylaxis and treatment in a wide range of indications. The program includes the treatment of venous thromboembolism, prevention of stroke in patients with atrial fibrillation, prevention of vte in hospitalized patients with internal medical conditions and secondary prophylaxis after acute coronary syndrome. It is planned for more than 60,000 patients to take part in the study program for rivaroxaban. |

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| Extension of the duration of effi cacy of Kogenate®, a drug recombinant to treat hemophilia, using a new formulation based on liposome technology. |
A Phase II study with Kogenate® is ongoing. |

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| Development of new molecular imaging methods for early detection of cancer, inflammatory processes in the nervous system and Alzheimer’s disease. |
Existing cooperation agreements were expanded and new ones entered into, e.g. with the University of Nagasaki on molecular imaging for Alzheimer’s or Hamamatsu Photonics K. K. in the field of tumor diagnostics.. |

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Research into new methods of treating multiple sclerosis.
Development of alemtuzumab. |
A Phase III program with alemtuzumab is ongoing. |

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Development of solutions for tropical and other neglected diseases.
Cooperation with stakeholders who are following novel approaches to enable more people to be treated. |
Bayer is supporting the who’s clinical development program for the treatment of African sleeping sickness with the active substance nifurtimox. The studies in this area have been concluded; the who’s combination therapy is currently in the registration phase. |

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| Provision of new treatments for gynecological disorders with a high level of unmet medical need. |
In the past few months, many possible treatment options have been identifi ed and examined for endometriosis and myoma. Visanne® for the long-term treatment of endometriosis has been submitted for approval in Europe. |

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| Better treatments for the most common cause of serious visual impairment and blindness in the over-65s in industrialized nations. |
A Phase III program on treatment of the wet form of age-related macular degeneration (AMD) is ongoing. |

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| Options for the early diagnosis of diseases with a high level of unmet medical need. |
A Phase II study with a new PET tracer for the early diagnosis of Alzheimer’s disease is ongoing. |

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New objective:
Strengthening of networks with academic institutions and utilization of shared research and development expertise. |
An alliance has been established with the German Cancer Research Center for the faster utilization of research results for the development of new drugs to combat cancer and for the improved evaluation of innovative therapies for tumor-related diseases.
Bayer is also working with the University Clinic in Cologne to utilize new findings from the research and development laboratory for the development of innovative approaches in the treatment and prevention of disease, e. g. in the area of oncology. |


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New objective:
Development of a drug to combat various forms of pulmonary hypertension – riociguat. |
Two Phase III studies have begun, focusing on the treatment of the two indications pulmonary arterial hypertension (PAH) and chronic thromboembolic pulmonary hypertension (CTEPH) with the oral drug riociguat. |

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| Identifi cation of new mechanisms for fertility control using new approaches to non-hormonal contraception. |
Project discontinued. |

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Objective achieved.
Optimization of a production process for monomeric MDI (methylene diphenyl diisocyanate) for construction of a new large-scale plant in China in 2008 with a target energy saving of approx. 15 percent. |
Bayer MaterialScience (BMS) has started up a production facility for MDI with an annual capacity of 350,000 metric tons in Shanghai. |

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