Cooking in space at the Restaurant at the end of the universe

Six month have passed already since the beginning the Futura mission and Node 1, our personal “Restaurant at the end of the universe” has witnessed many space meals, with dishes rehydrated or heated in our food warmer. Usually our dishes are ready to eat or at least very easy to assemble: quick and easy! Did I mention already that my favorite dish is the wonderful quinoa salad with mackerel by Stefano Polato, the official chef of the Futura mission and of Outpost42? But the curry chicken with mushrooms and peas is great as well. They are full meals, healthy and delicious! I took with me a pretty good supply of read-to-eat pouches, but I also have the ingredients in separate pouches: it’s possible to assemble them onboard, although it can be quite a challenge in weightlessness. Take a look! [youtube 4exaXdPKS3Y] [youtube gRllv78Gax8] It’s a bit of work, for sure, but I enjoy being able to change the quantities of the different ingredients a bit to vary the overall taste. I simply recreated the recipes of our chef Stefano, because I’m not a very creative cook. But maybe you have some ideas to suggest for my very last week onboard? Maybe a meal according to the principles we’ve been talking about on Outpost42. Here are my favorite ingredients here onboars, some from my bonus food and some from the ISS standard menu. Why don’t you try your recipe at home and send us a picture? Then we can see the difference making them in space. Or, if you’re prefer, you can create the Futura space recipes in your home kitchen. It’s easy, here Stefano showed me how to prepare them. And don’t forget to send us a picture! (On twitter with the hashtag #SpaceFoodAtHome or if you prefer Facebook just post them as a comment to this post). Power bar with Goji, chocolate and spirulina [youtube CYTFooquHjo&index=1&list=PLbyvawxScNbshQN7ZDLEaAW3WO-2sLzb_] Whole red rice with turmeric chicken [youtube qku3aZpnU88&index=3&list=PLbyvawxScNbshQN7ZDLEaAW3WO-2sLzb_] Quinoa salad with mackerel and vegetables [youtube sCRYMrW1e6Y&index=2&list=PLbyvawxScNbshQN7ZDLEaAW3WO-2sLzb_] Samantha

It's rocket fuel


Lipids: the good, the bad and the ugly

We could call them the good, the bad and the ugly! No, we are not talking of spaghetti westerns and the famous 1966 film directed by Sergio Leone. Instead, we are talking about  a type of fat called lipids. Often we speak badly about them, but some are essential to our health as they reduce chronic inflammation, help lower “bad” cholesterol  – LDL – and are a valuable aid in the prevention of cardiovascular disease. Others, however, are harmful and should be avoided.

Good lipids activate genes that burn calories, increase metabolism and improve insulin activity. Bad ones have the opposite effect.

The group of good lipids are part of the omega-3 polyunsaturated fatty acids: they are powerful anti-inflammatory agents and are found in salmon, mackerel, sardines, flax and walnuts. Monounsaturated fats lower cholesterol and sugar levels in the blood, and are found in olive oil, almonds, Brazil nuts, cashews, avocado and in sesame seeds.

Some saturated fats also belong to the good fats. In abundance they are not good for us, especially fats from cheese and meat, but a small amount, for example from coconut milk, can be useful to the body thanks to the lauric acid that is important for our central nervous system. Finally, some of the omega-6 polyunsaturated fatty acids can produce anti-inflammatory substances. You should try to eat only small doses from unrefined sources, that is to say from  not overly industrially processed food, such as scold-pressed sesame, sunflower and walnut oil.

The second group of “bad” fats include all the other omega-6 fatty acids: they are polyunsaturated refined and cold-pressed fats in vegetable oils. Arachidonic acid, found in milk, its derivatives and in red meat also form part of this group. Other saturated fatty acids are also harmful, these are often found in beef, chicken, cheese, milk and dairy products. Contrary to what you might think, eggs contain very little fat.

Even some synthetic fats have a negative effect on the metabolism because they are industrially produced through hydrogenation, a process in which hydrogen is added to a vegetable oil to turn it into a solid product. This includes margarine for example, but these fats are used in bakery products  as well such as in crackers, cookies, snacks and in fried and processed food. Excessive consumption of these “bad” fats reduces the health of the heart and blood vessels and can increase the risk of cancer.

Filippo Ongaro

Challenge | Fats and cardiovascular risk


How lipid fat can be good: omega-3 as a source of energy.

Imagine you ate nothing but fast food for a whole month, three times a day (breakfast, lunch and dinner), you could even stop all exercise. Do you think it is impossible? It can be done but it certainly is bad for your health. In the 2004 documentary “Super Size Me” Morgan Spurlock, did exactly that to show the physical and psychological effects of such a diet. At the end of the experiment, the director put on 11 kg (his starting weight being  84 kg) increasing his body mass by 13%.

This is an extreme scenario, but disturbing nonetheless, especially when you consider that many people regularly eat so-called junk food. However, it would be equally wrong to completely give up fat. In fact, “good” fats form an important supply of energy for the body and play different roles in our body; for example polyunsaturated fatty acids omega-3 are essential for the proper functioning of our nervous system.

The good fats are beneficial both on Earth and in space. Without adequate precautions, spaceflight can have many negative effects on human physiology, such as loss of muscle and bone mass. However, a diet rich in food that contains omega-3 (such as oily fish), can slow this mechanism and help maintain bone mineral density.

Beyond the preservation of muscles, bones and immune function, omega-3 may play a role in cancer prevention and in countering the effects of radiation during long-duration missions. The first studies on animals seem to show a positive outcome in this regard. Furthermore, depression and personality disorders have been associated with the lack of such fats. In fact, these fatty acids could affect not only the cognitive functions, but also mood and emotional state.

Dr. Filippo Ongaro

Challenge | Fats and cardiovascular risk


A balanced diet: the potential renal acid load

Research has shown that a more acidic diet seems to decrease the mineral content of your bones. This is in particular of interest for people who are inactive and have a lower mineral bone density. This is also of importance for astronauts during their missions since astronaut bones already have less loading in space so they suffer from reduced bone mineral density.

One might think that the potential renal acid load derives from the acids in the food we eat. The main nutrients affecting the acid load of a diet are protein, calcium, potassium, phosphorus and magnesium. An algorithm to calculate the potential renal acid load (PRAL)  was developed by Remer & Manz (J Am Diet Assoc 1995). They took into account the absorption rates of nutrients in the gastrointestinal tract as well as the metabolic processes in the body

PRAL (mEq/d) = 0.49   * protein (g/d)

+ 0.037 * phosphorus (mg/d)

– 0.021  * potassium (mg/d)

– 0.026  * magnesium (mg/d)

– 0.013  * calcium (mg/d)


The information needed to calculate a PRAL  is often found on food packaging. Another way is to take information from tables of nutritional values. Precalculated PRALs are available such as To calculate the total PRAL of a meal you just add the food items together.

Food that is high in protein content, such as meat, fish, milk or cereals are acidic while vegetables and fruits are generally more alkaline because of their high potassium content. Meat lovers are highly recommended to combine meat with large portions of vegetables or fruits to compensate for the acidity from meat’s high protein content.

Martina Heer

Protein and muscles | ZeroG science lab


Exercise in space with Samantha!

The most important effects of microgravity on the human body are losing bone density and deteriating muscle strength. Each astronaut on the International Space Station exercises 150 minutes every day in the “space gym” to minimise the effects of living in space. Astronauts can use several exercise machines to simulate training on Earth. One of these is the Advanced Resistive Exercise Device or ARED for friends. We asked ESA astronaut Samantha Cristoforetti to show and explain how ARED works…ready?

[youtube 87YxeKTv8Y8]


Not rocket science


Vegetable proteins: health served on a plate

Variation, variation and more variation: this is the correct way to ensure we eay all the nutrients that our body needs. For this reason the one dish meal helps us make every meal as complete as possible: 50% of your carbohydrate intake should come in fruits or vegetables, while 25% of your carbohydrate intake should come from whole grains and the last 25% should come from protein. As a condiment you can use extra-virgin olive oil. Proteins can be of animal or vegetable origin. To make your diet as varied as possible it is good to alternate animal proteins with vegetable ones. Meat, fish and eggs bring all the necessary amino acids to the body for its proper functioning. Since meat and eggs are also high in fat, it is good to alternate them with vegetable proteins from greens. Beans, lentils, chickpeas, peas and other vegetables, especially when dried, are important sources of protein as well as containing other properties such as a high fibre content. While it is true that plant proteins have a high biological value, but you can complement the intake of amino acids via the one dish meal scheme, accompanying  vegetables with whole-grain products that contain proteins. Let’s make greens a central component of our daily diet! Filippo Ongaro Read more:

Not rocket science | Protein and muscles


Animal protein: quality over quantity

In the second half of the 20th century the global consumption of meat increased fivefold, from 45 million tonnes consumed in 1950 to 250 million tonnes nowadays. The Food and Agriculture Organization estimates meat consumption is expected to double by 2050.

Today, in industrialized countries people consume an average of 224 g of meat per capita per day (over 81 kg per person per year) compared to an average of 30 g (almost 11 kg of meat a year per person) consumed in Africa.

Figures related to the animals slaughtered each year are exorbitant. 58 000 million chickens are slaughtered annually worldwide, 11 000 million in China and 9000 million in the United States alone. If you take other species into account, the numbers are still high: 1383 million pigs; 517 million sheep; 430 million goats; 296 million cows… In recent years, the consumption of meat has increased in China, India and most countries where a new middle class is emerging coupled with demographic growth.

Increased worldwide demand results in a massive growth of industrial production of meat and, therefore, concentration of power in the hands of a few large companies that can meet market demand. This transformation of the livestock sector and meat production has a long series of negative consequences on the environment, animal welfare, social equality as well as the health and quality of human life.

Everyone can contribute to improve the situation and change this trend however. For example you can: consume less meat; buy better quality; vary the species and races of animals you eat; choose different cuts; be wary of low prices; favour meat from locally-bred animals and avoid imported products as much as possible; learn to read product labels; consider animal welfare; ; be curious and ask your butcher for more information or visit a farm to see how animals are raised.

Finally remember that giving up some things often has an up-side: eating less meat is not a punishment, your health will benefit and so will the environment and animal welfare. “Replace” meat with tasty, seasonal food  and you will not even miss it!

Silvia Ceriani

For years, Slow Food is trying to raise awareness among consumers about eating better quality and less meat. This year, from 4 to 6 June, the international event Slow Meat will be held in Denver on this subject (, it is organised by Slow Food USA. To know more about Slow Food, click here: (

It's rocket fuel | Protein and muscles


Protein synthesis

The term protein synthesis refers to the biochemical process through which the genetic information in DNA is converted into proteins that perform biological functions in the body. A process called transcription froms a strand of messenger RNA from DNA  as a mold for the production of a protein. Protein synthesis is part of a complex series of metabolic reactions that, by consuming energy, form complex molecules from simpler ones to repair and rebuild damaged tissues. The opposite reactions that degrade complex molecules thereby releasing energy are called catabolic. Metabolism is characterized by a continuous succession of catabolic and anabolic reactions which vary depending on age, nutrition and environment . Because our bodies synthesis protein in a  regular and orderly manner it is necessary to provide the body with sufficient amounts of raw material, that is to say, dietary protein that will provide the necessary amino acids to turn into proteins. The amount of dietary protein varies according to the level of physical activity, and ranges from a minimum of 0.8 g per kg body weight for a sedentary person, up to 2 g for fit and powerful athletes. Furthermore, anabolic reactions are regulated by a number of hormones including insulin, growth hormone and testosterone which are influenced by food intake, type of physical activity and by the time between activity and recovery. During a long space mission it is essential to continue stimulating  protein synthesis to minimize catabolic reactions that load the muscle and bones. A balanced diet that ensures enough protein and a daily exercise program that offers intensive use of muscles with special tools to simulate weight training, logically impossible in orbit.

Dr. Filippo Ongaro

Read more:

Not rocket science | Protein and muscles


More “muscles”, more life

When it comes to muscles people often think of the sculpted bodies of athletes or bodybuilders.

But muscles are necessary to us all, just as the heart, brain, skin and bones, and we all have them. Few people know however, that after the age of 35, our muscle mass will decrease by  up to 1% each year. Once you reach the age of 75 years old if nothing is done to slow this process, you may find yourself with 40% less muscle mass! This muscle loss causes a loss of strength and autonomy that iss very often the basis of the downward spiral that leads to frailty of old-age that is marked by weakness, loss of balance and difficulty leaving home. In turn this can lead to psychological changes that lead to isolation and consequently even the slowing down of cognitive functions. Muscles health is not the only factor of course but remember that strong and healthy muscles help regulate glycaemia, blood pressure and even mood.  Muscles help keep strong bones and this is why they are a central aspect being in good health. There is no need to engage in extreme activities to avoid this downward spiral but make some  space in your weekly routine for some training with weights or resistance bands or a simple workout  coupled with a healthy dose of aerobic activity such as walking, running, swimming or cycling. Remember that to maintain  healthy muscles you need to absorb adequate protein by eating fish, vegetables and lean meats. If working out for cosmetic reasons is not your thing, before you dismiss exercise outright, remember that more muscle equals longer life. Dr. Filippo Ongaro to learn more: In the cover image: ESA astronaut Thomas Pesquet training on the Advanced Resistive Exercise Device at NASA Johnson Space Center’s Columbia Center, 16 September 2014.

Challenge | Protein and muscles


Welcome to our very own Milliways

“Yes sir”, said the waiter… “This is Milliways, the Restaurant at the end of the Universe.”

The Restaurant at the End of the Universe is one of the most extraordinary ventures in the history of catering. It has been built on the fragmented remains of… it will be built on the fragmented… that is to say it will have been built by this time, and indeed has been … It is built on the fragmented remains of an eventually ruined planet which is (wioll haven be) enclosed in a vast time bubble and projected forward in time to the precise moment of the End of the Universe..

So far, things do sound a bit strange compared to restaurants on Earth. But in the meantime Zaphod, Trillian and Ford have arrived at theirtable…

A large dairy animal approached Zaphod Beeblebrox’s table… “Good evening” it lowed and sat back on heavily on its haunches “I am the main dish of the day (…) I’ve been exercising it and eating plenty of grain, so there’s a lot of good meat there.”

crew eatingWhat the characters in the Hitchhikers Guide of the Galaxy are experiencing in the book is not a common experience for earthlings: when we sit at our table at a restaurant the dish of the day certainly does not come to greet us!

It sounds impossible… but there is one thing that Douglas Adams and his talking dish got right: plenty of whole- grains and exercise is the key to staying healthy.

It is not science fiction and it is true for all Earthling’s such as Arthur Dent… and even Marvin!

Here at Outpost42 we believe that it does not take much to stay healthy, there are no complicated and obscure rules: what we need to understand is how the food we eat “talks” to our bodies.

And that is why we would like you to start this adventure with us.

So, what are you waiting for, get on board…or better yet get to the dining table! The Futura mission has just started and every week, together we will try to understand how to put the right fuel into our bodies to make them work at their best levels… just like the Soyuz!

Samantha Cristoforetti

Cover photo credits: ESA/NASA