12 research outputs found

    Best practices in the African Medicines Regulatory Harmonization initiative: Perspectives of regulators and medicines manufacturers.

    No full text
    In the African Medicines Regulatory Harmonization initiative, national regulatory authorities (NRAs) within each of Africa's regional economic communities coordinate their activities, rely on the work of one another and other trusted regulatory authorities, and apply other principles of smart regulation. The first regional medicines regulatory harmonization (MRH) initiative in Africa was launched in 2012, with the goal of accelerating access to quality, safe, effective medical products, and now five MRH initiatives are active on the continent. Thus, a wealth of knowledge regarding best practices and approaches to dealing with common challenges has accumulated. The goal of this qualitative study was to gather and share information on these best practices. To do this, we conducted interviews with key participants from four regional MRH initiatives-the East African Community (EAC), Southern African Development Community (SADC), Economic Community of West African States (ECOWAS), and Intergovernmental Authority on Development (IGAD)-as well as representatives from the pharmaceutical industry. Here we explore major themes that emerged from the interviews: 1. Transparency and reliability are critical; 2. Reliance is essential for smart regulation; 3. Multiple successful strategies for NRA capacity building have been identified; 4. Communication between heads of agencies is essential; 5. Cooperation at the regional level is not possible without leadership at the NRA level; 6. Sustainable funding remains challenging; and 7. Industry has important insights. We hope that the information on best practices shared in this article can benefit regional MRH initiatives inside and outside of Africa, ultimately helping them accelerate access to quality, safe, effective medical products

    Best practices in the African Medicines Regulatory Harmonization initiative: Perspectives of regulators and medicines manufacturers

    No full text
    In the African Medicines Regulatory Harmonization initiative, national regulatory authorities (NRAs) within each of Africa’s regional economic communities coordinate their activities, rely on the work of one another and other trusted regulatory authorities, and apply other principles of smart regulation. The first regional medicines regulatory harmonization (MRH) initiative in Africa was launched in 2012, with the goal of accelerating access to quality, safe, effective medical products, and now five MRH initiatives are active on the continent. Thus, a wealth of knowledge regarding best practices and approaches to dealing with common challenges has accumulated. The goal of this qualitative study was to gather and share information on these best practices. To do this, we conducted interviews with key participants from four regional MRH initiatives—the East African Community (EAC), Southern African Development Community (SADC), Economic Community of West African States (ECOWAS), and Intergovernmental Authority on Development (IGAD)—as well as representatives from the pharmaceutical industry. Here we explore major themes that emerged from the interviews: 1. Transparency and reliability are critical; 2. Reliance is essential for smart regulation; 3. Multiple successful strategies for NRA capacity building have been identified; 4. Communication between heads of agencies is essential; 5. Cooperation at the regional level is not possible without leadership at the NRA level; 6. Sustainable funding remains challenging; and 7. Industry has important insights. We hope that the information on best practices shared in this article can benefit regional MRH initiatives inside and outside of Africa, ultimately helping them accelerate access to quality, safe, effective medical products

    AMRH initiative best practices report.

    No full text
    In the African Medicines Regulatory Harmonization initiative, national regulatory authorities (NRAs) within each of Africa’s regional economic communities coordinate their activities, rely on the work of one another and other trusted regulatory authorities, and apply other principles of smart regulation. The first regional medicines regulatory harmonization (MRH) initiative in Africa was launched in 2012, with the goal of accelerating access to quality, safe, effective medical products, and now five MRH initiatives are active on the continent. Thus, a wealth of knowledge regarding best practices and approaches to dealing with common challenges has accumulated. The goal of this qualitative study was to gather and share information on these best practices. To do this, we conducted interviews with key participants from four regional MRH initiatives—the East African Community (EAC), Southern African Development Community (SADC), Economic Community of West African States (ECOWAS), and Intergovernmental Authority on Development (IGAD)—as well as representatives from the pharmaceutical industry. Here we explore major themes that emerged from the interviews: 1. Transparency and reliability are critical; 2. Reliance is essential for smart regulation; 3. Multiple successful strategies for NRA capacity building have been identified; 4. Communication between heads of agencies is essential; 5. Cooperation at the regional level is not possible without leadership at the NRA level; 6. Sustainable funding remains challenging; and 7. Industry has important insights. We hope that the information on best practices shared in this article can benefit regional MRH initiatives inside and outside of Africa, ultimately helping them accelerate access to quality, safe, effective medical products.</div

    ACTIVE INTERMEDIATES IN THE CHAIN OXIDATION OF DICHLOROSILANE

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    a^{a} D. Sameith, J.P. Monch, H.J. Tiller et al. Chem.Phys.Lett, 128, 483, (1986) b^{b} V.V. Azatyan, A.S. Lukashev, S.S. Nagorny et al. Kinel Catal., 34, 404, (1993) c^{c} V.P. Karpov, N.M. Rubtsov O.T. Ryzhkov et al. Chem.Phys.Reports, 17, 73, (1998)Author Institution: Russia, Institute for Structural Macrokinetics RAS, Moscow regionDichlorosilylenes have been detected in the branching chain reaction of the oxidation of dichlorosilane with O2O_{2} for the first time. The emission spectra of rarified flame were recorded under static and flow conditions over the pressure range 0,550,5-5 Torr and 293393K293-393 K over the following intervals : SiO(A1X1)SiO(A^{1} - X^{1}) in the range 220-280 nm SiCl2(A1B1X1A1)SiCl_{2} (A^{1}B_{1} - X^{1}A_{1}) in the range 300380nmg300-380 nm^{g}; the continious emission caused by the blackbody radiation from the solid particles over 400nm. The intensive absorption in the range of 210-260 nm has been also observed under static conditions. The simultaneous recording of the mentioned intermediates as well as conductivity (revealed recentlybrecently^{b}) during the single ignition has been performed. The peaks of the signals are staggered in time. The first peak in time is SiCl2SiCl_{2} (coincident with SiO), the second is the absorption peak, the third is the visible emission coincident with conductivity peak. 10\% additives (to fuel) of SF6SF_{6} have a decreasing effect only on the absorption, visible emission and conductivity. It means that the absorbing intermediates contain Si-O bonds since SF6SF_{6} has influence mainly on aerosol formationcformation^{c}

    AB INITIO STUDY OF THE ELECTRONIC SPECTRUM OF THE NCl2NCl_{2} RADICAL

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    1^{1}A.G. Briggs ad R.G.W. Norrish, Proc. Roy. Soc. A278, 27 (1964). 2^{2}V.V. Azatyan {et al}., Dokl. Phys. Chem, 249, 1056 (1980).Author Institution: Group 325, Department of Chemistry, Nanjing University of Science and TechnologyThe equilibrium geometries, excitation energies force constant and vibrational frequencies for the low-lying electronic states X 2B1+2A1+,2B2^{2}B_{1+} ^{2}A_{1+}, ^{2}B_{2} and 2A2^{2}A_{2} of the NCl8NCl_{8} radical have been calculated at the MRSDCI/DZ--P level. Our calculations indicate that the X2B12A2X ^{2}B_{1} \rightarrow ^{2}A_{2} transition may correspond to the XˉXˉ\bar{X} \rightarrow \bar{X} band system which lies between 275--314 mm in absorption spectrum of refs. [1.2]. Our calculated excitation energies for X 2B22A1^{2}B_{2} \rightarrow ^{2}A_{1} AND X2B12A2X ^{2}B_{1} \rightarrow ^{2}A_{2}, vibrational frequencies for the X 2B1^{2}B_{1} and 2A2^{2}A_{2} states and the geometry for the X2B1X ^{2}B_{1} state are in agreement with available experimental data. The electronic transition dipale moments, oscillator strengths for the 2A2X2B1^{2}A_{2} \rightarrow X ^{2}B_{1} and 2A2X1B1^{2}A_{2} \rightarrow X ^{1}B_{1} transitions and radiative lifetimes for the 2A1^{2}A_{1} and 2Ag^{2}A_{g} states are calculated based on the MRSDCI wavefunctions, predicting value of the radiative lifetime for the 2A1^{2}A_{1} state also in reasonable agreement with experiment
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