Imagine an electric city where billions of tiny lightning bolts pierce
a tangled network of wires every second, transmitting information
faster than the most powerful supercomputer. This city is the human
brain, and neurologists are its engineers, decipherers of secret
messages, who tune this amazing system when communication within it
breaks down. The world of neurology is a universe where familiar laws
sometimes don’t work, and symptoms can deceive even the most
experienced specialists. Here, diagnosis sometimes resembles detective
investigation, and treatment – delicate jewelry work.
But did you know that a modern neurologist is not just a doctor with a
stethoscope and a hammer for checking reflexes? This is a specialist
balancing on the fine line between classical medicine, neurobiology,
psychology, and even philosophy. Take, for example, such an exotic
phenomenon as Anton-Babinski syndrome. Patients with this rare
neurological disorder are completely blind due to damage to the visual
cortex of the brain, but passionately deny their blindness, inventing
amazing stories about what they see. How can a person not notice that
they don’t see? Such paradoxes make one contemplate the very nature of
consciousness, perception, and reality.
And what about Hiramatsu disease, a mysterious autoimmune disease in
which the immune system produces antibodies to nicotinic receptors of
postganglionic sympathetic neurons? It’s even difficult to pronounce!
Yet these are precisely the complex mechanisms that neurologists have
to unravel to help patients with strange symptoms: drooping eyelid,
constriction of the pupil, and absence of sweating on one side of the
face. Or take restless legs syndrome – a condition that many have
heard of, but few understand its neurophysiological essence, related
to dysfunction of the dopaminergic system and disturbed iron
metabolism in the basal ganglia. Sounds like a topic for a science
fiction novel, doesn’t it?
In the world of neurology, debates still rage about the causes and
treatment of many diseases. Take multiple sclerosis, for example. Some
specialists are convinced that the key factor in its development is
autoimmune inflammation, and they bet on immunomodulatory therapy.
Others emphasize the role of neurodegeneration and believe that
neuroprotectors are essential. Still others look towards the vascular
theory, linking the disease to disturbed venous outflow from the
brain. “Treat what you see on the MRI!” say some. “It’s not about the
plaques, but the patient’s quality of life!” object others. And each
group presents its arguments, relies on its own research.
And what about such a controversial disorder as chronic migraine?
“It’s just a headache, don’t exaggerate!” skeptics wave off. “It’s a
disabling condition that seriously affects quality of life!” insist
those who regularly encounter patients who don’t leave home for months
due to debilitating attacks. Some specialists bet on pharmacotherapy,
others advocate non-medicinal methods: lifestyle changes, biofeedback,
acupuncture. Who is right? A young neurologist has to independently
find the golden mean, navigating between different approaches and
philosophies of treatment.
And at this crossroads, we make an unexpected discovery: the
development of an outstanding neurologist begins long before entering
medical school, and a key role in this can be played by… reading
books. Yes, those very paper (or electronic) collections of words that
seemingly have nothing to do with electroencephalography or
transcranial magnetic stimulation. But this connection is much deeper
and more fundamental than might appear at first glance.
Neurology is the science of the most complex thing nature has created:
the human brain. And to understand its work, one needs to think
systemically, to see not only individual symptoms but also the big
picture. It is precisely this ability for systems thinking that
reading complex works of fiction develops: Dostoevsky’s novels with
their psychological depth, Tolstoy’s works with their philosophical
comprehension of life, Agatha Christie’s detective stories with their
intricate but logical plots. Reading, we learn to follow multiple
characters, their relationships, motives, stories – just as a
neurologist must track multiple symptoms, their dynamics,
interconnections in the complex picture of a neurological disease.
A neurologist must be an excellent detective, and books are the best
training for developing observation and logical thinking. Remember
Arthur Conan Doyle’s “Sherlock Holmes”: the main character notices the
smallest details that others miss, and from these builds the overall
picture. This is exactly the approach needed when diagnosing complex
neurological conditions, where one unnoticed detail can be the key to
solving the puzzle. As the great neurologist Jean-Martin Charcot said:
“A doctor must have the eyes of an eagle, the hands of a woman, and
the heart of a lion.” And where, if not in books, can one learn to
look at the world through an eagle’s eyes, noticing what is hidden
from the ordinary gaze?
Science fiction, with its bold ideas and unusual concepts, trains
creative thinking – a quality no less important for a neurologist than
logic. After all, many neurological conditions still remain a mystery,
and their treatment requires non-standard approaches. As Oliver Sacks,
one of the most famous neurologist-writers, once remarked: “Each
patient tells their story,” and the doctor’s task is not just to hear
this story, but to help the patient rewrite it. And for this,
imagination is needed, the ability to see possibilities where others
see only problems.
We should not forget about the importance of empathy in a
neurologist’s work. Neurological diseases often change not only a
person’s physical capabilities but also their personality, perception
of the world, relationships with loved ones. Understanding what a
patient with Alzheimer’s disease feels, gradually losing themself, or
a person with amyotrophic lateral sclerosis, whose consciousness
remains clear while the body slowly stops obeying – is not an easy
task. And here books come to the rescue, allowing us to temporarily
become other people, live other lives, feel what we have never felt
ourselves. As Roland Barthes wrote, “Literature is the best way to
understand another person from the inside.”
Books on the history of science and medicine give a neurologist
another important quality – humility before the complexity of the
human organism and understanding that even the most modern theories
can be refuted by new discoveries. The history of neurology is full of
examples where century-old dogmas collapsed under the pressure of new
facts. For instance, at the beginning of the 20th century, it was
believed that an adult human brain is incapable of forming new
neurons, and today neuroplasticity is one of the basic principles of
neuroscience. Books teach us not to be afraid to change our views, to
be open to the new – an invaluable quality in such a dynamically
developing field as neurology.
But the most amazing thing is that the beginning of this complex,
winding path to neurology is laid in childhood, when the foundations
of our thinking and perception of the world are formed. Children who
read a lot develop not only vocabulary and breadth of knowledge but
also a special type of thinking: flexible, analytical, able to see
connections between phenomena that at first glance are not connected.
It is precisely this thinking that becomes the foundation for a future
doctor, especially a neurologist, working with the most complex system
of the human organism – the nervous system.
Children’s books about the human body, about the brain, about how our
thoughts and feelings work, can ignite in a child a spark of interest
in this amazing machine we carry in our heads. Puzzle books, brain
teasers, detective stories for children develop logical thinking and
observation – the very qualities without which a good neurologist is
unimaginable. And fairy tales and fantastic stories teach us to look
at the world more broadly, not limiting ourselves to the obvious –
after all, sometimes the most incredible explanations turn out to be
true, especially in the world of neurology, where reality can be more
bizarre than any fantasy.
Parents who read to their children books about the brain, the nervous
system, about how we think and feel, not only expand their horizons –
they lay the first bricks in the foundation of a future profession
that can change the lives of thousands of people. In a world where
neurological diseases are becoming more widespread (from migraine,
which affects every seventh person on the planet, to neurodegenerative
diseases, the number of which grows along with increasing life
expectancy), the education of a new generation of specialists begins
with simple children’s books that teach us to ask questions about the
most mysterious organ of the human body – the brain. Each page read in
childhood can become the first step towards understanding the subtle
electrical impulses that make us who we are – and their deciphering
when they begin to malfunction.