Improving the managed introduction of new medicines : sharing experiences to aid authorities across Europe

The 3-day course on the managed introduction of new drugs was organised by the Piperska group together with the Agency for Health Technology Assessment and Tariff System (AOTMiT) and WHO Europe to share experiences and case histories among health authority and health insurance company personnel, academics and those from commercial organisations from across Europe on potential ways to optimise the managed entry of new medicines. This starts pre-launch with horizon scanning and budgeting, then peri-launch including critical drug evaluation, and finally post launch including monitoring prescribing of new medicines against agreed guidance and indicators. There were also discussions on issues regarding managed entry schemes and procurement strategies including biosimilars

Environmentally friendly method for regeneration of copper chloride acidic solutions used in etching of printed circuits

Etching of copper with acidic CuCl2 solution is a widely used chemical method in printed circuits production. During the process, the solution is enriched in Cu(I) ions, resulting in reduction and then loss of etching bath capacity. In order to ensure the required etching kinetics, the solution is regenerated by oxidation of Cu(I) to Cu(II). The industrially applied Cu(I) oxidants are, e.g.: Cl2, chlorates. Their application is expensive and associated with drawbacks related to health, safety and environmental hazards (e.g. Cl2 emission). In the result of long-standing cooperation between the IMN and MATUSEWICZ Budowa Maszyn, an innovative, original and environmentally friendly method of acidic solutions regeneration used during printed circuits etching was developed. A new-type reactor equipped with oxidation monitoring-control systems using oxygen or oxygen-enriched air was applied. The reactor construction enables to run the process with oxygen circulation in the reactor, ensures full oxygen utilisation in the regeneration process, achievement of the required performance and process rate, and eliminates expensive, hazardous and often toxic reagents. This is an innovative method, and since there are no analogous technologies currently known and used in Europe and worldwide, the presented method is technologically, economically and ecologically unrivalled

Environmentally friendly method for regeneration of copper chloride acidic solutions used in etching of printed circuits

Etching of copper with acidic CuCl2 solution is a widely used chemical method in printed circuits production. During the process, the solution is enriched in Cu(I) ions, resulting in reduction and then loss of etching bath capacity. In order to ensure the required etching kinetics, the solution is regenerated by oxidation of Cu(I) to Cu(II). The industrially applied Cu(I) oxidants are, e.g.: Cl2, chlorates. Their application is expensive and associated with drawbacks related to health, safety and environmental hazards (e.g. Cl2 emission). In the result of long-standing cooperation between the IMN and MATUSEWICZ Budowa Maszyn, an innovative, original and environmentally friendly method of acidic solutions regeneration used during printed circuits etching was developed. A new-type reactor equipped with oxidation monitoring-control systems using oxygen or oxygen-enriched air was applied. The reactor construction enables to run the process with oxygen circulation in the reactor, ensures full oxygen utilisation in the regeneration process, achievement of the required performance and process rate, and eliminates expensive, hazardous and often toxic reagents. This is an innovative method, and since there are no analogous technologies currently known and used in Europe and worldwide, the presented method is technologically, economically and ecologically unrivalled

Opieka koordynowana po zawale serca. Stanowisko Polskiego Towarzystwa Kardiologicznego oraz Agencji Oceny Technologii Medycznych i Taryfikacji

The in-hospital mortality following myocardial infarction has decreased substantially over the last two decades in Poland. However, according to the available evidence approximately every 10th patient discharged after myocardial infarction (MI) dies during next 12 months. We identified the most important barriers (e.g. insufficient risk factors control, insufficient and delayed cardiac rehabilitation, suboptimal pharmacotherapy, delayed complete myocardial revascularisation) and proposed a new nation-wide system of coordinated care after MI. The system should consist of four modules: complete revascularisation, education and rehabilitation programme, electrotherapy (including ICDs and BiVs when appropriate) and periodical cardiac consultations. At first stage the coordinated care programme should last 12 months. The proposal contains also the quality of care assessment based on clinical measures (e.g. risk factors control, rate of complete myocardial revascularisation, etc.) as well as on the rate of cardiovascular events. The wide implementation of the proposed system is expected to decrease one year mortality after MI and allow for better financial resources allocation in Poland

Health and medicine - future challenges

Praca recenzowana / peer-reviewed paperMonografia „Zdrowie i medycyna – wyzwania przyszłości” składa się z czterech części. Podstawowym przesłaniem książki jest omówienie demograficznych i ekonomicznych wyzwań przyszłości, ich przewidywanego wpływu na zdrowie i systemy ochrony zdrowia oraz rozwój medycyny. Monografia stanowi kompleksowy przegląd zjawisk wpływających na kształt przyszłej ochrony zdrowia wraz z omówieniem różnorodnych mechanizmów, które można wykorzystać do zmian niekorzystnych trendów. Na tym tle przedstawiono w niej obecne i przewidywane rezultaty innowacji w obszarze ochrony zdrowia oraz oczekiwane scenariusze w zmianie podejścia do zdrowotnych wyzwań przyszłości