Using Molecular Gastronomy for Dysphagia Recipes (2024)

by Jeanette 19 Comments

This post explores the possibility of using Molecular Gastronomy for Dysphagia Recipes to improve the lives of people with dementia, Parksinson’s disease, ALS, cancer, and other medical conditions that make it difficult for them to eat.
Using Molecular Gastronomy for Dysphagia Recipes (1)Over the past few years, I’ve developed an interest in molecular gastronomy and the implications it might have for helping people with dysphagia enjoy eating. I’ve cooked for people undergoing cancer treament, Parkinson’s disease, and ALS (Lou Gehrig’s disease), all of whom have had difficulty eating due to their illnesses, and seen how the pleasure of eating has been taken away from them.

Molecular gastronomy or modernist cuisine is used to describe cooking where scientific processes and ingredients are used to transform food into different forms and textures. Dysphagia is a medical condition where people have may have difficulty chewing and moving food or liquid into the throat and swallowing food. Dysphagia may occur after a stroke, throat or mouth cancer, and can occur in people undergoing chemotherapy and radiation, and people withdementia, Parkinson’s disease and ALS.

Although molecular gastronomy is typically associated with high end restaurants, serving beautifully plated foods or co*cktails with foams, gels, airs, powders and spheres, I believe there is a unique opportunity to use molecular gastronomy in all its shapes and forms to help improve the quality of life for people living with dysphagia.

The cooking techniques employed by molecular gastronomy – sous vide, gelification, spherification, foams, powders, airs – provide a variety of textures and consistencies that I think have practical implications for delivering food and flavor in a form that people with dysphagia can enjoy.

Gels can deliver liquids that might be easier to swallow without choking. Pictured below isPomegranate Gel made with pomegranate juice (400g), sugar (4g), and xanthan gum (.4g), and low acyl gellan gum (4 g).

Using Molecular Gastronomy for Dysphagia Recipes (2)

Here is a Coffee and Milk Foam (Recipe from MolecularRecipes.com). Foams are another way of delivering liquids in a form that might be easier to swallow.

Using Molecular Gastronomy for Dysphagia Recipes (3)

These Strawberry Spheres (recipe on MolecularRecipes.com) and Yogurt Spheres (also from MolecularRecipes.com) have a thin gel coating that pop in your mouth, releasing a thickened liquid or pureed filling. Spherification or Reverse Spherification could provide a vehicle for food forpeople who have trouble chewing and moving food around in their mouth.

Using Molecular Gastronomy for Dysphagia Recipes (4)

This is “Nutella” Powder made by mixing maltodextrin with cocoa almond spreaduntil it becomes a powder. This works with anything with a high fat content, e.g., olive oil, sesame oil. Powders can deliver flavor enhancement in small amounts.

Using Molecular Gastronomy for Dysphagia Recipes (5)

Sous Vide Poached Eggscan be a good source of protein and nutrition for someone on asoft food diet.

Using Molecular Gastronomy for Dysphagia Recipes (6)

I raise the topic of using Molecular Gastronomy for Dysphagia Recipesas food for thought. Currently, people with dysphagia have few food options. There are food thickeners on the market that are used to thicken nutritional shakes (that is what we were told to do for my father-in-law who had Parkinson’s disease). Food is also pureed. Although both of these more traditional ways of serving food to people with dysphagia work, there’s nothing pleasurable about mealtime.

I’d like to see a world where people with dysphagialook forward to mealtime and find it enjoyable again. During a recent visit with a friend with ALS who can no longer eat or talk, she typed, “I just want a steak.” I’d like to be able to give her that taste of steak that she’s craving.

Resources:

Molecular Gastronomy: Transforming Diets for Dysphagia, Journal of Nutritional Health & Food Science
Xanthan gum and its use for people with dysphagia, Molecularrecipes.com
Don’t Give Me Eggs That Bounce, Hammond Care
3D Food for the Elderly, Epicurious Blog
A novel dysphagia diet improves the nutrient intake of institutionalized elders, PubMed.gov

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FAQs

What are three 3 examples of molecular gastronomy? ›

Notably, molecular gastronomy makes extensive use of hydrocolloids (e.g., starch, pectin, and gelatin) in the creation of novel foods. Cola caviar, chocolate noodles, salmon mousse, and red wine jelly are just a few examples that rely upon various types of hydrocolloid to provide these innovative foods.

What is a cooking method used by molecular gastronomy chefs answer? ›

Some molecular gastronomy cooking methods involve temperature regulation. One method is called sous-vide and entails cooking food, like meats, in airtight plastic bags in a water bath. This ensures the entire piece of meat is cooked evenly and also retains its juices.

What are the disadvantages of molecular gastronomy? ›

Some molecular gastronomy techniques can also be dangerous, such as working with liquid nitrogen. Another problem is that molecular gastronomy can sometimes result in dishes that are more science experiment than food. Finally, molecular gastronomy can be off-putting to some diners who prefer more traditional fare.

What are the benefits of molecular gastronomy? ›

By understanding the molecular composition of ingredients, food technologists can precisely control factors like texture, viscosity, and flavor, ensuring consistency in large-scale production.

What is an example of a molecular gastronomy dish? ›

Molecular Gastronomy Recipes
  • Beetroot, Dark Chocolate, Raspberry and Black Olives. ...
  • Charcoal, Ashes and a 64º Egg. ...
  • Charcoal, Ashes and a 64º Egg. ...
  • Creamy Kuzu Parmesan Gnocchi with Pea Water. ...
  • Espresso Pasta & Foam with Chocolate Sponge Cake. ...
  • The Caramel – co*cktail, powder, air and spheres. ...
  • Pumpkin Bonbon.

Is molecular gastronomy safe? ›

Established molecular gastronomy ingredients are perfectly safe to consume if you're eating such food in limited amounts and frequencies. Each dish only contains a small amount of experimental substances.

What is the difference between molecular gastronomy and cuisine? ›

Molecular gastronomy is the one that is investigated in laboratories or research centers, studying the physical and chemical processes that occur in kitchens and creating techniques to control them. Molecular cuisine is the application of scientific knowledge to apply new techniques to your dishes.

How do I get into molecular gastronomy? ›

To become a molecular gastronomy chef, you must first obtain a formal culinary education and gain experience in a professional kitchen. Some cooking schools offer molecular gastronomy as a specific area of study or as an optional subject.

What is molecular gastronomy in simple words? ›

molecular gastronomy, the scientific discipline concerned with the physical and chemical transformations that occur during cooking. The name is sometimes mistakenly given to the application of scientific knowledge to the creation of new dishes and culinary techniques. tomato and basil spheres. Category: Arts & Culture.

Is molecular gastronomy and food science the same? ›

It's Not Food Science

Molecular gastronomy takes advantage of many of the same scientific principles, such as the use of emulsifiers, but unlike traditional food science, does it on a much smaller scale. In this respect, you could consider molecular gastronomy a branch of food science.

What is the primary aim of molecular gastronomy? ›

As for any science, the main objective of molecular gastronomy is, of course, the discovery of new phenomena and new mechanisms. This explains why culinary precisions are so important: cooks of the past could see, but not interpret, phenomena that awaited scientific studies.

What is the future of molecular gastronomy? ›

As chefs continue to experiment with innovative techniques and ingredients, the future of molecular gastronomy promises to be a dynamic blend of science, art, and culinary creativity, offering diners an ever-evolving gastronomic journey.

What is master of molecular gastronomy? ›

What you'll learn. Identify the physical phenomena and understand the mechanisms of action that play a role in products such as chocolate and bakery products. Understand the mechanisms behind important taste modalities (bitter, astringent). Be able to link structural aspects to texture and sensory perception.

What 3 molecules make up a majority of our food? ›

The proteins, lipids, and polysaccharides that make up most of the food we eat must be broken down into smaller molecules before our cells can use them—either as a source of energy or as building blocks for other molecules.

What is a molecular gastronomy? ›

Molecular gastronomy includes the study of how different cooking temperatures affect eggs, their viscosity, surface tension, and different ways of introducing air into them. Spherification of juices and other liquids is a technique of molecular gastronomy.

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