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1.
Vaccimonitor (La Habana, Print) ; 27(3)set.-dic. 2018. ilus, tab
Article in Spanish | LILACS, CUMED | ID: biblio-1094612

ABSTRACT

El objetivo de esta investigación es proponer una nueva metodología en la gestión logística de los aprovisionamientos para las industrias biotecnológicas cubanas que funcionan esencialmente con un ciclo completo de desempeño empresarial, desde la investigación básica de nuevos biofármacos, hasta llegar a la fabricación y comercialización de sus productos, donde la amplia y compleja gama de surtidos a suministrar en un contexto adverso para el país, conlleva a utilizar diferentes métodos de gestión de los aprovisionamientos en correspondencia con su destino y frecuencia de uso. De esta manera, se propone dividir las materias primas y materiales a proveer en: 1) insumos de proyectos, que emplean de forma esporádica pequeñas, pero múltiples variedades de mercancías 2) insumos de procesos, que se caracterizan por consumir altos volúmenes de productos, pero poco diversos, como sucede en las actividades de producción. Finalmente, se evalúa la implementación de este procedimiento en una de las entidades biotecnológicas de mayor prestigio en Cuba, el Centro de Inmunología Molecular, demostrando las ventajas y alcance de esta propuesta que permitió elevar la efectividad en la gestión de los aprovisionamientos, y de esta manera la eficiencia empresarial(AU)


The objective of this work is to propose a new methodology for the logistics management of supplies in Cuban biotechnological industries. They work essentially on a full cycle of enterprise performance, from basic research to the manufacture and marketing of new biopharmaceuticals products. The wide and complex range of supply requirements, in an adverse country-wide context, leads to the use of different methods for managing supplies, in accordance with their destination and frequency of use. We propose to divide the supplies and materials into two categories: 1) supplies for projects, for those that are highly varied, used sporadically and in small quantities, 2) process supplies, for those that are regularly used in large volumes -such as manufacture process-, and a relatively small variety of supply types. The implementation of this methodology is assessed in one of the most prestigious biotechnological entities in Cuba, the Molecular Immunology Center. The effectiveness in the management of supplies was increased, and therefore, business efficiency(AU)


Subject(s)
Decision Making, Organizational , Biopharmaceutics/organization & administration , Industrial Projects , Organization and Administration
2.
Vaccimonitor (La Habana, Print) ; 27(2)mayo.-ago. 2018. ilus, tab
Article in Spanish | LILACS, CUMED | ID: biblio-1094606

ABSTRACT

El surgimiento del sector biotecnológico inició una revolución en las bases tradicionales de competencia en la industria farmacéutica en términos de desarrollo y fabricación de productos, orientados principalmente a salud humana. La gestión de inventarios en esta industria es muy compleja, con grandes volúmenes y variedad de inventario, dado por la complejidad de mantener dos procesos que tienen efecto en la gestión de inventarios, relacionados con la investigación y desarrollo, y producción. La complejidad de estos procesos exige de un sistema logístico con capacidad y flexibilidad suficiente para adaptarse a las distintas regulaciones existentes y la variación en los planes de ventas, además de un sistema informático que permita integrar las partes del sistema. El presente artículo tiene el propósito de evaluar la situación de la Gestión de Inventarios en el Centro de Inmunología Molecular a partir de la implementación de los conceptos de Insumo Proyecto e Insumo Proceso. Para el desarrollo de la investigación se emplearon diferentes métodos y herramientas como: análisis bibliográfico, entrevistas a expertos, consultas de registros, tormenta de ideas, entre otros. Entre las herramientas utilizadas se encuentran: Modelo de Referencia para la Evaluación de la Gestión de Inventarios, Microsoft Excel y Diagrama Causa-Efecto. Los resultados demuestran el impacto positivo alcanzado por la diferenciación entre los insumos utilizados en procesos productivos e investigación, por el alcance dado en distintos procesos de la Gestión de Inventarios en el orden organizativo y financiero, logrando la mejora de indicadores como rotación de inventarios, ciclo de importación y satisfacción del cliente(AU)


The emergence of the biotechnological sector started a revolution in the traditional competitive basis of the pharmaceutical industries, in terms of development and manufacture of products, especially those aimed at human health. Inventory management in this industry is very complex, with varied, high-volume inventories, given the complexity of executing two processes that have an effect on inventory management: production, and R&D. The complexity of these processes demands a logistical system with the capacity and flexibility to adapt to the many different regulations in existence and changes in sales plans, and an informatics solution that allows integration of the different parts of the system. The current article aims to evaluate the situation of Inventory Management at the Molecular Immunology Center from the implementation of the concepts of Project Input and Process Input. The research was carried out through diverse methods and tools including bibliographic analysis, expert interviews, record querying, and brainstorming. The tools used included: Reference Model for Inventory Management Evaluation, Microsoft Excel, and cause-effect diagrams. The results show a positive impact achieved by differentiating inputs used for production and inputs used for R&D, and its reach into the process of Inventory Management at the organization level, improving indicators like inventory rotation, importing cycle, and client satisfaction(AU)


Subject(s)
Humans , Decision Making, Organizational , Biological Products/supply & distribution , Equipment and Supplies , Pharmaceutical Raw Material , Cuba
3.
Rev. cub. inf. cienc. salud ; 28(3): 0-0, jul.-set. 2017. ilus, graf
Article in Spanish | LILACS, CUMED | ID: biblio-900925

ABSTRACT

La gestión de la investigación, el desarrollo y la innovación constituye un factor clave de éxito para la competitividad de las industrias de alta tecnología, como la biofarmacéutica, y se convierte en un requisito a satisfacer para tener más éxito comercial y en la salud. El presente artículo tiene como objetivo proponer un enfoque para la gestión de la investigación, el desarrollo y la innovación, y mostrar algunas de las aplicaciones realizadas en los últimos 20 años en un centro biofarmacéutico cubano. El enfoque integrado y abierto desde las primeras etapas de la generación de las innovaciones de productos, servicios, procesos, organizacionales y de comercialización contribuye al incremento sistemático de la eficiencia y de la eficacia y al cumplimiento de los requisitos regulatorios(AU)


Research, development and innovation management is a key success factor for the competitiveness of high technology industries, such as the biopharmaceutical, and a requirement to be met in order to accomplish greater commercial and health achievements. The present paper proposes an approach to research, development and innovation management, and presents some of the applications implemented in the past 20 years in a Cuban biopharmaceutical center. Integrated and open from the very first stages in the generation of innovations for organizational and commercial products, services and processes, the approach contributes to systematically enhance efficiency and efficacy, as well as meet the regulatory requirements(AU)


Subject(s)
Humans , Total Quality Management , Knowledge Management for Health Research , Knowledge Management
4.
Vaccimonitor (La Habana, Print) ; 26(2)may.-ago. 2017. ilus, tab
Article in Spanish | LILACS, CUMED | ID: biblio-1094590

ABSTRACT

El crecimiento de las empresas en un mundo altamente competitivo depende del rendimiento superior del proceso de desarrollo de sus productos. Estudios anteriores mostraron que hoy la dificultad principal del crecimiento del Centro de Inmunología Molecular está en la capacidad de penetrar los mercados de exportación, y el desarrollo de nuevos productos. La implementación de un sistema de gestión de desarrollo de productos a partir del diagnóstico de las limitaciones actuales permitirá eliminar las restricciones en el desarrollo de nuevos productos y constituirá una herramienta para el éxito de la realización de los mismos de manera competitiva. En este artículo se caracteriza la gestión de desarrollo de productos en el Centro de Inmunología Molecular, a partir de la realización de encuestas y tormentas de ideas y se propone un sistema de gestión para el desarrollo de productos en la institución que permita su uso como herramienta para su competitiva realización(AU)


The growth of companies in a highly competitive world depends on the superior performance of the development process of their products. Previous studies showed that today the main difficulty of the Molecular Immunology Center growth resides in the ability to enter international markets, and in the development of new products. The implementation of a product development management system based on the diagnosis of the current limitations will eliminate the restrictions and will be a tool for successfully implementing competitive products at the center. The product development management in the Center of Molecular Immunology is characterized in this paper starting from surveys and brainstorming results; and a product development management system is proposed to the institution as a tool to create a sustainable competitive advantage for the new products(AU)


Subject(s)
Humans , Biological Products , Biopharmaceutics , Manufacturing and Industrial Facilities/standards , Drug Development/standards
5.
Vaccimonitor (La Habana, Print) ; 26(2)may.-ago. 2017. ilus, tab
Article in Spanish | LILACS, CUMED | ID: biblio-1094587

ABSTRACT

En la industria biofarmacéutica, la desinfección se ha hecho parte fundamental de las actividades para controlar el nivel de microorganismos contaminantes que puedan llegar a comprometer la calidad del producto final. El objetivo de este trabajo fue evaluar la eficacia de los desinfectantes AniosSpecial DJP SF, Aniosurf Premium, Bacteranios SF, Aniospray 29, Aseptanios AD y Surfanios utilizados en la limpieza y desinfección del área aséptica de la Planta de Productos Parenterales 2 del Centro Nacional de Biopreparados (Mayabeque, Cuba). Se comprobó la eficacia con pruebas de desafío en superficies y en condiciones prácticas de uso. Se comparó estadísticamente el número de microorganismos aislados y la microbiota presente en el área antes y después del uso de los desinfectantes. Todos los desinfectantes cumplieron con los requisitos establecidos. Por lo tanto, se demostró su eficacia para realizar la limpieza de las áreas asépticas(AU)


In the biopharmaceutical industry, disinfection has become a fundamental part of the activities to control the level of contaminants microorganisms that could compromise the quality of the final product. The objective of this work was to evaluate the efficacy of the disinfectants Anios Special DJP SF, Aniosurf Premium, Bacteranios SF, Aniospray 29, Aseptanios AD and Surfanios for the cleaning and disinfection of the aseptic area at the Parenterals Products Plant 2 (PPP2) at the National Center for Bioproducts (Mayabeque, Cuba). The efficacy was checked with challenge tests in surfaces, in practical usage conditions. The number of isolated microorganisms and the microbiota present before and after use was compared statistically. All the disinfectants complied with the established requirements. Therefore, the efficacy of the disinfectants was demonstrated to perform the cleaning and disinfection of the aseptic areas(AU)


Subject(s)
Humans , Biological Products/therapeutic use , Disinfectants/therapeutic use , Environmental Pollution/prevention & control , Cuba
6.
China Pharmacist ; (12): 1730-1732, 2016.
Article in Chinese | WPRIM | ID: wpr-504520

ABSTRACT

Objective:To provide suggestions for the construction of technical service platform for the development of Wuhan biop-harmaceutical industry. Methods:The problems and key technical requirements of Wuhan biopharmaceutical industry were hastered and analyzed through such methods as literature search, field investigation, questionnaire investigation and expert consultation. Results and Conclusion:The suggestions for the key technical requirements and the healthy development of Wuhan biopharmaceutical industry are provided.

7.
Journal of the Korean Medical Association ; : 570-572, 2011.
Article in Korean | WPRIM | ID: wpr-58108

ABSTRACT

Physicians with their medical background and high caliber play key roles in a wide variety of areas in biopharmaceutical industry. In fact when we look though the array of people in most global pharmaceutical companies, it is easy to find physicians working in various areas, playing various roles, at different levels such as medical affairs, R&D, clinical operations, marketing, regulatory, pharmacovigilance, etc. Conventional doctor-patient relationship is essential to deliver medical care to individual patients. However, for any treatment to be delivered to patients, there are many physicians working in the industry to make that possible by developing new drugs, making sure they are safe and effective, setting values to new treatments, figuring out ways to lower cost and increase accessibilities, assessing adverse effects to minimize risks, making policies, and so on. In Korea, however, although the situation is getting better nowadays, physicians have themselves limited their scope of involvement in biopharmaceutical industry. The lack of necessary medical expertise is widespread throughout all aspects. Regulatory agencies, pharmaceutical and medical policy making bodies, pharmaceutical companies, bio-venture companies, clinical and preclinical contract research organizations, health information technology industry, medical devices companies, all are in need of physician participation. Global biopharmaceutical industry is one of the most competitive areas that only the toughest can survive. Korea is aiming to become one of the world leaders in this field as we have achieved in IT, electronic, and automobile industries. Physicians' commitment can make the difference.


Subject(s)
Humans , Automobiles , Contracts , Electronics , Electrons , Korea , Marketing , Medical Informatics , Pharmacovigilance , Physician's Role , Policy Making
8.
China Biotechnology ; (12)2006.
Article in Chinese | WPRIM | ID: wpr-685010

ABSTRACT

Biotech is currently the fastest growing sector in drug industry. Globally biotech products generated revenues of $55bn in 2004, in a total drug market worth $550bn. The USA is the primary market of biotech products, being the source of approximately half of sales in 2004. About 55% of biopharmaceuticals’ sales in 2004 came from the five leading products (Erythropoietin,Interferon,Human insulin,G-CSF,Rituximab).Great progress has been made in the biotech market of China over the last few years. About 60%~70% of recombinant protein biopharmaceuticals are expressed in mammalian cells in USA and EU, while most recombinant protein biopharmaceuticals are expressed in E.coli in China. Most biopharmaceuticals expressed in mammalian cell can’t be manufactured in China. The biotech industry comprise numerous, mostly small organizations. These organizations typically employ less than 100 people. Most biotech companies have never brought a product to market before they disappear. Therefore, it is very important for biotech companies to make an appropriate development strategy.

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