Compare Food Prodution Facilities in Iran vs Germany

Compare food prodution facilities in Iran vs Germany is an interesting discussion that Zahra KamaliRural Entrepreneurship has discussed in this article based on her experinences.The analysis of the state of the industrial machinery manufacturing industry is one of the most important indicators of a country’s progress, as it shows the level of technology in the country’s industry

Introduction and description

The most important marker of a country’s progress is a study of the state of the industrial machinery industry.because it indicates the country’s tech level.Furthermore, the trade position in five areas of machine-made carpets, polymers and plastics, medicine, food, and wire stretching reveals that each country has a negative or positive economy in all of these areas (difference between exports and imports).
The food industry is one of the most potential industries in any country.Moreover, the goal of this essay is to compare the current state of food machines in Iran and Germany. Such a challenge for Iran’s economic status.

.Also, The situation of this trade in five areas of machine-made carpets, polymers and plastics, medicine, food and wire stretching shows that each country has a negative or positive trade balance in all these areas (difference between exports and imports).
Germany is now in its third stage of economic development. Meanwhile, Iran is moving from stage 1 to stage 2 development .tabnak.ir
Countries with economies dependent on products are still in the early stages of development, thus they compete usually on factors such as unskilled labor and natural resources. Companies work from the bottom of the market materials and finished goods. The low pay in these countries reflects the poor showing of its workers.
Worker costs increase as countries improve their productivity level, so as a result, countries progress forward.so,  These variables lead to a phase of development based on efficiency.As wages have risen and price rises are impossible at this stage, countries must develop better production methods and improve quality.

Moreover, When a country reaches the stage of innovation-based growth, firms must be able to compete with new and unique products in order to retain high wages and a suitable standard of living.The Islamic Republic of Iran receives a 9.5 percent score in the 2015 Competitiveness Report’s index of effective factors in innovation and progress, which is calculated using a weighted average of relevant aspects, while Germany receives a 30 percent score. It reveals a huge disparity in this regard between the two countries.
In the meantime, The machine-building industry,as one of the basic industries, is one of the most important markers of a country’s industrial and economic growth, with its condition showing the level of technology of that country’s whole industry.One of the country’s high-potential industries is the food sector.

However, the value chain of this industry in Iran is incomplete due to the import of its machinery, and Iran’s trade balance in all food industry machinery is negative.

Also, the state of this business in Iran reveals a number of flaws, including outdated and ineffective technology, a lack of research funding, a lack of competitiveness, and a lack of access to high-quality parts, all of which need further investigation

.Another flaw in Iranian food industry machinery is that they are mechanical and old. Which reduces production efficiency.
In addition, one of the most serious flaws of Iranian machines is their safety as compared to German machines.As a result, a moment of lack of care may be considered irreversible and costly.In Iran, for example, dough mixers and mixers with no protective shield are almost always used

while this machine was created in Germany with a specific elegance and a high level of work safety.Additionally, additional blades are built for it that guide the dough to the middle of the mixers, which is currently done by hand in Iranian mixers, which is quite dangerous.

It is also significant from a health standpoint, as it prevents anything from infiltrating the dough’s surface.Iranian machines have a low IQ and lack modern knowledge, with little effort or planning has been made to improve their quality.

A rolling machine, for example, is a huge, compact machine that can only be used for a few hours. This machine is designed in Germany, is foldable and compact, and is only horizontal when the roller is in use, providing numerous benefits.

Leading countries’ experiences in the field of industrial equipment manufacturing reveal that in order for the machine-building industry to become a significant component of a country’s economy, it must be made a national priority and a precise program with a realistic schedule and budget established.

therefore, 
Updating food industry machinery can help the business grow in the food industry.As a proposal, “Completing the food industry’s value chain through in-house production” can help improve the industry’s status.

About the Author

Zahra Kamali is a professional FoodTech Entrepreneur with Bachelor Degree in Cooking and Bakery from the Iran University of Applied Science.

She has about 15 years of experience as a professional Chef and Registered and Licensed Healthy Food Manufacturer in Iran (Has the mark I.R.l.FDO/Health code151245). She is a entrepreneur and founder of the Trademark “Menipest”, founded in Mashhad, Iran. Her target groups were the rural areas in Baluchistan/Iran (away from City and Villages). This article comes out of her own personal experience in the field of SDG – Sustainable Development goals. She is also a member of Cademix Career Autopilot program – the acceleration program, and open to new opportunities. Please feel free to contact her:

zahra.kamali@gmail.com

+989910216816

http://www.linkedin.com/in/zahra-kamali-605680223

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Compare Food Prodution Facilities in Iran vs Germany, Food industry, Economic,Iranians machines, Germany , Iran, Advantages, country, The Islamic Republic of Iran,

Competitiveness Report,Industrial machinery production industry, Traditional, machine-building industry, higher education, efficient commodity markets, efficient labor markets, developed financial markets, Food Prodution Facilities

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Patient Health Record Systems and GDPR Compliance

Patient health record systems are a new generation of user-centric information systems emerging in the healthcare industry. The General Data Protection Regulations (GDPR) plays an important role in defining the technical requirements for the European market. The most important aspect of the system is privacy and data protection. On a technical level, these systems provide a foundation for a new vision of health care that empowers patients and facilitates patient-provider communication. It has the goal of improving health outcomes and lowering the development and operational costs. Various research groups reported new sets of data and capabilities have been generated by this evolution, providing user, system, and industry levels with opportunities and challenges. The goal of the current study is to present a literature review to assess PHR data types, functionalities and recent development. Further we compare the development and the state of the art technologies in India and compare it with central European solutions.

By Joji Jermias and Javad Zarbakhsh
Cademix Institute of Technology, Austria

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Technical Scope of Patient Health Record Systems

Personal Health Records, which are an evolution of existing electronic health records (EHRs), provided a patient-centric network to promote the emerging view of health care, allowing patient-provider knowledge exchange and coordination with the aim of maximizing health outcomes and reducing costs. With the advent of mobile computing and the progression of patients’ technological aptitude, the use of PHRs has increased. PHRs have been created as an expansion of EHRs to enable patients to access their own health care. With patients’ permission, the data, combined with advanced data mining and machine learning, will open up a slew of new research possibilities. For example, models will now be improved in areas of the disease forecast, risk evaluation and early identification of symptoms, leading to important improvements in clinical quality and cost optimisation. Nevertheless, data and user-related problems come together with fresh possibilities created by PHR technologies. Data related concerns including accuracy, confidentiality and protection apply to the gathering, secure storage and retrieval of vast amounts of patient information from distributed databases. Appointment management, drug renewal, and encrypted communications are among the features provided via the PHR that are meant to be used by patients rather than caregivers. The recently formed PHRs included a supplementary source of clinical data such as patient-reported outcomes, physician ratings, drug adherence, and social support, as well as new data mining tools for detecting, measuring, and predicting health-related outcomes. To ensure individualised, effective treatment, the Partnership for the Future of Medicare recommends using creative approaches such as email consultations and self-monitoring. Furthermore, Medicare aims to make health-care data, such as quality and efficiency metrics, more easily available and affordable.

General Data Protection Regulation (GDPR)

The General Data Protection Regulation (GDPR) is the world’s most rigorous privacy and security law. Although it has been initiated and approved by the European Union (EU), it imposes obligations on organizations wherever they are, as long as they target or collect data relating to individuals in the EU. In May 2018, the regulation went into effect. Those who violate the GDPR’s privacy and security standards will face steep fines, with penalties ranging in the tens of millions of euros.

European Flag and GDPR
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State of the Art in Europe & India

To allow the transfer of health data and it’s interoperability across borders, the European Commission has adopted a recommendation on a European Electronic Health Record sharing format. It accomplishes this by assisting Member States with their attempts to ensure that people can safely access and share their health data regardless of where they are in the EU. People will be able to easily view and share their health records with healthcare providers using the electronic health record sharing format, such as while visiting a doctor or undergoing medical services in another EU country. The General Data Protection Regulation (GDPR) emphasizes citizens’ ability to access their personal data and establishes a regulatory basis for personal data protection, also directly applicable rules for the collection of individuals’ personal data, including health data. The Directive on Patients’ Right in Cross-Border Healthcare establishes rules for promoting access to secure and high-quality cross-border healthcare. The e-Health Digital Service Infrastructure (eHDSI), which is adopted by the Commission and Member States through the Connecting Europe Facility (CEF) Program, has been working on technological standards for health data sharing. The eHDSI links eHealth national contact points, enabling them to share two types of health information: patient summaries and ePrescriptions. The first meetings between Estonia and Finland took place in January 2019. By 2021, 22 Member states are expected to share this type of health data. Through promoting EU-wide interoperability and data sharing, this Recommendation builds on and leads to the further advancement of eHDSI.

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In India, there is a different situation. The scale of digitization of healthcare services is increasing in various healthcare institutions. The Electronic Health Record (EHR) Standards for India were announced by the Ministry of Health and Family Welfare (MoH&FW) in September 2013.The EMR Standards Committee, which is part of the Ministry of Health and Family Welfare, made these recommendations. The paper included suggestions for creating a standardised framework for healthcare facilities to create and maintain electronic health records. These principles were updated in December 2016 and were made public. From institution-centric healthcare systems, which failed to extend data to patients who often struggled with paper-based records, there is now a growing trend toward citizen-centric healthcare systems. The Ministry of Health and Family Welfare, in collaboration with the Ministry of Electronics and Information Technology, Govt. of India has developed the myHealthRecord Personal Health Record Management System for the citizens. To summarise, India’s production and introduction of electronic health records is still in its early stages. If this effort is to work on a large scale, it is critical to concentrate on the following general issues:

  • better guidance for physicians and other healthcare practitioners in how to use EHR effectively; 
  • a much higher level of public-private collaborations is required;
  • adequate ICT technology is required;
  • efforts to standardise EHRs are required.
  • A national health information technology strategy must be developed;
  • There should be an effective management system in place to deploy EHR;
  • There must be a balance between the software development team and the healthcare delivery team.

References

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