Psico-organologia®: what your animal's behaviour reveals about its health

Psico-organologia^® is a concept created by Dr. Someia Umarji to understand behaviour as a visible expression of each animal's physiology and individual biological organisation. This article explains what it is, why it came about and why observing your animal's behaviour may be one of the most valuable tools within your reach.

What is Psico-organologia^®?

The way an animal sleeps, eats, moves, explores, seeks closeness, reacts to its surroundings, or starts to change any of these behaviours, holds information about the organism that produces them.

Behaviour is physiology made visible.

Learning to observe it in this way helps us know an animal better when it is healthy, recognise sooner when it starts to adapt, and better understand the process that, in some cases, comes before disease.

The body starts speaking before the disease has a name

Disease rarely begins on the day we are able to diagnose it. Before a change shows up in a blood test, before an ultrasound reveals a lesion, before a set of signs allows a condition to be named, the organism was already alive, regulating itself and responding to what was happening to it.

Over more than twenty years of consultations, Dr. Someia Umarji began to notice exactly this: animals whose tests were still normal, but who had already changed. One no longer wanted to walk as far; another had started choosing its food differently; another kept looking for grass to eat or showed changes in its sleep patterns.

And it is always the guardians who hold this information:

For a long time, these observations had no clear place in the clinical history because, on their own, they did not allow a disease to be diagnosed. But not allowing a diagnosis does not mean containing no information — this distinction became fundamental. Behaviour does not happen alongside the organism: it is a manifestation of what the organism is doing, just as a fever is a manifestation of the body, and not something separate from it.

Moving, sleeping, eating, exploring, approaching, withdrawing, reacting or resting all require a whole organism at work. The brain continuously receives information from the gut, heart, lungs, liver, muscles, joints, immune system and endocrine system — and, at the same time, information from the environment. When physiology changes, the way the animal behaves may change too.

Why is it so important to observe animals?

Animals feel, learn, remember, anticipate, make decisions and form bonds. They have preferences and an individual experience of the world. But, unlike humans, they do not seem to relate to that experience through the same continuous narrative construction — what Dr. Someia Umarji calls the Reflective Ego: the ability to place ourselves mentally outside the experience and continuously turn it into a narrative.

In animals, the relationship between experience, physiology and behaviour remains much more direct: the organism receives information, the nervous system responds, physiology adapts — and that adaptation becomes visible. This is what makes animals extraordinary teachers of the organism. The body becomes easier to read.

We urgently need to know the healthy animal first

To truly recognise a change, we first need to know what is normal for that individual. Two perfectly healthy animals can relate to the same world in completely different ways: one investigates everything, the other observes first; one constantly seeks novelty, the other prefers stability.

These differences already exist in health. They are not noise around physiology — they are the expression of that organism's biological individuality. Psico-organologia^® adds a question to the temperament or personality we observe: what physiological organisation produces this particular way of being in the world?

Health is also an organism at work

We tend to imagine health as the absence of disease. Biologically, however, health demands constant work. Every day the organism receives changes coming from diet, temperature, exercise, sleep, environment, relationships, infectious agents, hormones, inflammation and countless other internal and external stimuli — and it responds, regulates, compensates and adapts.

Health is not the absence of physiological activity. It is successful physiological regulation.

And each organism has its own way of reaching that balance — it is this individuality that Psico-organologia^® seeks to make clinically readable.

When the organism needs to adapt, behaviour may change first

Picture an animal whose usual way of being in the world we know well: how it sleeps, how it eats, how it moves, how it recovers after exercise. That is its physiological expression in balance.

Now something changes — it could be an infection, pain, a gut disturbance, a hormonal change, stress or any other challenge to the organism. The body starts adjusting to preserve its balance, and one of the first things we can observe is precisely a change in its usual way of functioning:

Behaviour is showing that regulation has changed. If the adaptation works, the organism regains its balance. If the demand continues, it may need to recruit other compensation mechanisms — and, if those mechanisms are no longer enough, what was at first only adaptation may later become measurable disease.

Health, adaptation and disease are not three different stories. They are different moments in the biological story of the same organism.

That is why the most useful question is not "what disease does this behaviour mean?", but rather: "what does this change tell us, in this animal, at this point in its story, when we place it alongside everything we know about its organism?" We thus stop asking an early sign to give us a late diagnosis.

Why do animals with the same problem behave differently?

Not all organisms regulate themselves in the same way, nor do they respond to the same challenge through the same pathways. In thousands of cases observed in consultation, animals with the same diagnosis followed completely different paths to the disease: one became quieter, another more reactive; one stopped eating, another sought food compulsively; in one, digestive changes appeared first, in another it was the skin or another system that took on the weight of the adaptation.

These differences are not random variations — there are patterns of organisation, individual and repeatable ways of keeping balance in health, responding to challenges and reorganising physiology. It was from this observation that the next stage of the Dr. Someia Umarji Method was born: the Matrizes Orgânicas^® (Organic Matrices).

This way of observing changes where we start. Instead of starting only from a condition that already has a name, we start with the animal: we get to know what is normal for it, observe the changes, rebuild the order in which they appeared and relate behaviour, physiology, environment, clinical history and time — then using everything else Veterinary Medicine offers (clinical examination, tests, imaging) to better understand that individual.

The guardian's role is bigger than you often imagine

There is someone who observes this organism every day. That someone is the guardian. It is the guardian who knows that the dog who always ran to the door now takes a few seconds; that the cat has started sleeping in a different place; that the appetite has not gone, but has changed; that there is a new restlessness at the end of the day.

These are seemingly small observations. But knowing an animal's healthy behaviour makes it possible to recognise something no laboratory reference value can tell us: that this individual no longer works the way it used to.

Conclusion

Psico-organologia^® began with a seemingly simple discovery: behaviour is an expression of physiology. But it went further — it showed that healthy behaviour already expresses individual biological organisation and that, when that physiology needs to adapt, behavioural expression changes too.

Listening to the guardian and observing the animal are essential parts of this way of practising medicine. Not to turn every behaviour into a disease, but so as not to wait for disease before paying attention to the organism.