Skip to content

Innovative Approaches to Food and Nutrition; Veganism, GMOs and Artificial Meat

There have been three major turning points in humanity’s understanding of food and nutrition. The first was the discovery of fire, which enabled people to cook their food and represented an important revolution at the time.

The second was the discovery of agriculture in the Neolithic period. Agriculture enabled people to produce more food than they could consume, bringing a degree of relief to the challenge of obtaining food.

The Industrial Revolution was the third major turning point. In the 19th century, it paved the way for industrial food production, allowing food to be produced in large quantities and transported to distant places.

After these three turning points, I believe that, in the 21st century, humanity is approaching a decision about a fourth. Alongside its benefits, industrial food production has raised many questions, particularly about health.

In response to these problems, a trend towards healthy and natural food has developed today. This orientation even led to the emergence of the concepts of “organic agriculture” and “organic food.”

However, the development of technology and science continues unceasingly in the field of food. As a result, many new approaches and trends have emerged in food. At this point, mankind will make a decision. There are three options before us;

1. The path of the industrial revolution will be continued with a capitalist approach,

2. There will be a return to natural food; industrial food production will be adapted to natural food,

3. New approaches will be adopted and adapted to industrial production.

If I were asked as a food scientist, I would choose the second path without hesitation. However, it seems that nowadays we are starting to go with the third option.

At this point, let’s take a look at what are the new approaches in food and nutrition;

1. Veganism and Vegetarianism

These approaches generally reflect a desire to distance oneself from animal-derived foods. Defining the terms makes the distinction clearer:

Vegetarians; They do not eat meat, poultry or fish; whether they consume eggs and dairy products depends on the type of vegetarian diet. The word vegetarian was first used in 1842.

Lacto-vegetarians: They consume only milk and dairy products from animal foods.

Lacto-ovo vegetarians: They consume only eggs, milk and dairy products from animal foods.

Flexible vegetarian (Flexitarian); They do not have any ideology and sometimes consume meat or other animal foods.

Vegan; They do not consume any animal food; They do not use any products of animal origin, including for clothing. It was first introduced in 1944.

Veganism is of 3 types;

Ethical veganism; They are vegan because they advocate for animal rights.

Environmental veganism; They are vegan because they argue that animal products harm the environment.

Veganism for health; They are vegan because they advocate that this way of eating is healthy.

2. Genetically Modified Organisms

Especially in order to increase the yield and efficiency in plants, the genetic structure of the plant has been changed (You can read detailed information about Genetically Modified Organisms here; An Overview of Genetically Modified Organisms (GMO)).

GMOs began to enter everyday life in the second half of the 20th century. Some countries produce and consume them extensively, while others remain cautious about them.

3. Artificial Meat

It is mainly produced by growing stem cells taken from animals with nutritive liquids in a laboratory environment. It has not entered our lives yet, but it is foreseen that it will take place widely in the market in the next 20 years. There is intense debate on artificial meat, both in terms of health and belief.

4. Capsule Foods and Supplements

For some reason, many science-fiction films imagining the future over the past 50 years have depicted humans living on food capsules. This overlooks the fact that people eat for more than energy and the body’s building materials: they also expect considerable pleasure from the taste of food. From this perspective, the idea was not convincing.

Nevertheless, many capsule products sold as dietary supplements attract substantial demand today. Their benefits also remain a subject of debate.

5. Slow Food

This approach can be described as a response to fast-food culture. In my view, rather than addressing the underlying problem through debates about artificial and natural food, it favors full, carefully prepared meals over a culture of snacking.

In short, the 21st century has introduced us to many different innovations in food and nutrition. Sometimes the changes were accepted, and sometimes reaction movements were born. It seems that one way or another, we are at a decision stage. We are currently discussing it; It may take up to 20 years for us to decide. I hope that after 20 years we will have chosen the right path.

References

Raymond, J. L., & Morrow, K. (2023). Krause ve Mahan Besin ve Beslenme Bakım Süreci (16. baskı; G. Akbulut, Çev. Ed.). Nobel Tıp Kitabevleri.

National Health Service. (2026). The vegetarian diet.

World Health Organization. (2014). Food, genetically modified.

Food and Agriculture Organization of the United Nations & World Health Organization. (2023). Food safety aspects of cell-based food. FAO and WHO.

National Institutes of Health, Office of Dietary Supplements. (2023). Dietary Supplements: What You Need to Know.

Slow Food. (n.d.). Our History.


photo of halil ibrahim akgül
Halil İbrahim Akgül, Ph.D., Assist. Prof.
Food Scientist | Academic | Founder & Editor-in-Chief

Halil Ibrahim Akgul, Ph.D., is an Assistant Professor of Food Engineering at Bayburt University, where he works in the Division of Food Sciences within the Faculty of Engineering. He received his B.Sc. in Food Engineering from Akdeniz University in 2010, followed by an M.Sc. and a Ph.D. in Food Engineering from Atatürk University in 2015 and 2020, respectively. His formally recognised academic fields are Food Sciences and Engineering, Food Technologies, Dairy and Dairy Products Technology, and Food Microbiology.

Dr. Akgul has more than fifteen years of professional, research, and academic experience in food science. Between 2011 and 2013, he worked as the food engineer responsible for operations at the Pilot Dairy and Bread Factory of Atatürk University’s Directorate of Agricultural Enterprises. This industrial experience, combined with his subsequent academic research, gave him extensive practical and scientific knowledge of milk processing, dairy production, food quality, hygiene, and product development.

His research is primarily focused on milk and dairy products, dairy microbiology, starter cultures, lactic acid bacteria, exopolysaccharides, butter technology, and the physicochemical, microbiological, sensory, and nutritional properties of foods. His studies have examined the quality and fatty-acid composition of traditional butter, aroma formation in butter produced with different starter cultures, raw-milk quality, the characterisation and antioxidant activity of bacterial exopolysaccharides, traditional dairy products such as çökelek and karın kaymağı, colostrum powder, and the use of fruit-derived ingredients in ice cream production.

His academic record includes peer-reviewed research articles published in national and international journals, including Mljekarstvo, Acta Scientiarum Technology, the Journal of Food Safety and Food Quality, the International Journal of Food Engineering, the Atatürk University Journal of Agricultural Faculty, and ATA Food Journal. Four of the research articles currently listed in his university profile were published in SCI-Expanded-indexed journals. He has also contributed to twelve national and international conference papers and presentations covering dairy products, food microbiology, butter quality, fatty-acid composition, starter cultures, exopolysaccharide-producing bacteria, colostrum, traditional foods, and functional ice-cream formulations.

Dr. Akgul has participated as a researcher or adviser in eleven completed scientific and applied research projects. These projects have addressed the modernisation of pilot dairy-processing facilities; the production and quality characteristics of colostrum powder; the physicochemical and microbiological quality of butter and raw milk; the identification of exopolysaccharide-producing lactic acid bacteria; the development and production optimisation of starter cultures for mould-ripened cheese; the standardisation of traditional dairy products; and the use of sloe berry and persimmon fibre in ice-cream production.

His teaching experience spans undergraduate, associate-degree, and graduate education. The courses he has taught include Food Chemistry, Analytical Chemistry, General Chemistry, Organic Chemistry, Fermented Dairy Products Technology, Butter Production and Processing Technology, Healthy Living and Nutrition, Organic Agriculture and Food, Popular Science, Digital Literacy, and Information Technologies. Through these courses, he combines fundamental food chemistry and engineering principles with dairy technology, nutrition, scientific literacy, and the practical communication of scientific knowledge.

He is the founder and Editor-in-Chief of Gıda ve Sağlık, a multilingual digital publication devoted to food, nutrition, health, food chemistry, food microbiology, and culinary science. Through this platform, he draws upon his academic background, teaching experience, research activity, and practical knowledge of food production to present scientifically grounded information in a detailed and accessible form for an international readership.

What would you like to discover?