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The Impact of Seasonal Transition on the Brain

Some people may experience seasonal affective disorders, called SAD, especially as winter approaches and daylight hours diminish. This can include symptoms such as lack of energy, depression, fatigue and weight gain. Depressed mood can have many causes, especially in the fall and winter. However, the decrease in sunlight is known to be the most important factor triggering seasonal depression. This leads to an imbalance in the hormones melatonin and serotonin.

The pineal gland produces the hormone melatonin in the dark. This hormone slows down physical energy, induces drowsiness and makes the person feel tired. No matter how well the person gets a good night’s sleep, he/she cannot feel rested and not getting enough sunlight causes intense secretion of melatonin hormone. As melatonin levels increase, serotonin levels decrease, triggering depression.

Fall can mark a time of change in daily routines, with the end of summer vacation and the start of school or work. For some people, these changes can cause stress and anxiety.

Emotional states such as sadness and depression can be associated with an imbalance of neurotransmitters that affect chemical communication in the brain. In particular, dysregulation of neurotransmitters such as serotonin, dopamine and norepinephrine can affect feelings of sadness. Emotional experiences such as sadness are regulated by a group of structures in the brain called the limbic system. The limbic system includes a number of brain structures involved in emotional processing and storage. Examples of these structures include the amygdala (a region involved in emotional processing), the hypothalamus (regulates stress responses) and the hippocampus (involved in memory and storage of emotional experiences).

The brain is a complex network, and emotional experiences are created by communication between different regions. For example, an emotional stimulus can spread from cortical regions that process visual or auditory information to the limbic system and prefrontal cortex. The prefrontal cortex controls high-level cognitive functions such as thinking, evaluation and emotional regulation. This region plays a major role in coping with sadness and interpreting emotional experiences.

The emotional effects of autumn may differ from person to person. Autumn’s changes in nature can be a source of aesthetic pleasure for some people. Colorful leaves, the fruit harvest and cooler weather can help them feel a closer connection with nature.

While some people welcome this period in a positive way, it can be difficult for others. The important thing is to take care of your emotional health during this period and seek support when needed.

Reference:

Psychologist Merve Altındağ

Ekinci, M., OKANLI, A., &Gözüağca, D. (2010). MEVSİMSEL DEPRESYONLAR VE BAŞETME YOLLARI. Anadolu Hemşirelik ve Sağlık Bilimleri Dergisi, 8(1), 109-112.

Kiremitçi, E., & Coşkun, H. (2017). Mevsimsellik ve öznel iyi oluş arasindaki ilişkinin incelenmesi. Bolu Abant İzzet Baysal Üniversitesi Sosyal Bilimler Enstitüsü Dergisi, 17(2), 239-248.

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Neuropsychology of Happiness and Its Role in Neuromarketing

Happiness is a combination of many factors, including brain chemistry, neurotransmitters, communication between neurons, genetic predisposition and environmental factors. Happiness is a complex experience. The most important neurotransmitters associated with happiness are serotonin, dopamine and norepinephrine. Serotonin regulates mood, while dopamine is associated with reward and pleasure.

The proper functioning of these neurotransmitters plays a critical role in the formation of feelings of happiness. A person’s way of thinking, beliefs and life perspective can influence their sense of happiness. Positive psychology focuses on developing positive thought patterns and finding meaning in life. Endorphins are chemicals produced naturally in the body that increase feelings of happiness. Activities such as exercise, laughter and pleasurable activities can increase endorphin production.

The feeling of happiness is particularly associated with brain regions such as the hypothalamus, amygdala and nucleus accumbens, which are part of the limbic system. These regions are important centers that regulate your mood and control reward processes. Communication between neurons in the brain is important in the formation of emotional experiences. Synaptic communication and electrical signals between neurons form the neuropsychological basis of happiness. Genetic factors can influence a person’s level of happiness. Some people may have a more positive genetic predisposition from birth, which can affect their level of happiness.

Happiness has become an important component of neuromarketing because the times when people feel happy and the positive emotions they associate with products which can influence their purchasing decisions. Feeling happy can help consumers form an emotional connection with a product or brand. Neuromarketing aims to strengthen the emotional connection by creating advertising campaigns and product designs in ways that match people’s feelings of happiness.

Biological cues associated with happiness can include physiological parameters such as heart rate, skin conductance and facial expressions. With these cues, it is possible to measure consumers’ levels of happiness during their interactions with advertisements, products or brands.

Reference:

Psychologist Merve Altındağ

Atılım, O. N. A. Y. (2018). TÜKETİMİN VE REKLAMLARIN GELECEĞİ. Kurgu, 26(3), 25-36.

Talay, S. (2021). Pozitif Psikoloji Bağlamında Duygu Düzenleme Süreçlerinin Kişilerarası Iletişime Etkisi (Doctoral dissertation, Marmara Universitesi (Turkey)).

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Back to School and Biological Rhythm

Returning to school can interfere with the biological rhythm because it can change students’ and teachers’ daily lifestyles and sleep patterns. Biological rhythm involves natural physiological and behavioral change that repeats in a 24-hour cycle. These cycles include various biological functions such as body temperature, hormone secretion, wakefulness and sleep. Especially after holiday periods, it can affect students’ biological rhythms because during the holidays students often have a more liberal sleep and living pattern. This can affect the body clock and biological rhythm.

Biological rhythms can be studied in two main types; Circadian and Ultradian rhythms

Ultradian rhythms refer to biological rhythms that are shorter than 24-hour cycles. For example, processes such as heart rate, respiratory rate and some hormone levels may have rhythms of shorter duration. These rhythms can change in response to the body’s immediate needs and activities.

Circadian rhythms are biological rhythms that have an approximately 24-hour cycle. The best known circadian rhythm is the cycle of sleep and wakefulness. Body temperature, melatonin production, hormone regulation and some metabolic functions depend on this cycle. Circadian rhythms are regulated by a control mechanism called the internal biological clock, but environmental factors, especially light, can influence these rhythms.

An important aspect of biological rhythms is that they help the organism to live in harmony with its environment. For example, circadian rhythms encourage being more alert and active during the day and resting at night. These rhythms adapt sleep patterns and body functions to day and night conditions. Disruption or dysregulation of biological rhythms can cause health problems and it is therefore important to monitor and maintain them regularly.

Going back to school can create a mismatch between students’ biological clocks and school hours. It can take time to re-establish the body clock, especially when it is necessary to sleep later and wake up earlier. During vacation, students may tend to wake up and sleep late. It is possible that sleep problems may arise during the adjustment period. Anxiety and stress may also increase among students. These emotional factors can affect sleep patterns and biological rhythms. Another important detail is outdoor light. Daylight has an important role in regulating biological rhythm.

Suggestion

If students spend more time in the classroom, this can affect their biological rhythm. For this reason, we recommend that students spend time outdoors after school, depending on availability. Spending time outdoors will also be stabilizing for parents.

Reference

Psychologist Merve Altındağ

YÜKSEL, A. (2019). Sirkadiyen ritim ile yeme zamanı ilişkisi. Sağlık Profesyonelleri Araştırma Dergisi, 1(1), 38-43.

ERDEMİR, İ., & TÜFEKÇİOĞLU, E. (2008). KORTİZOL SİRKADİYEN RİTMİNİ ETKİLEYEN BAZI FİZİKSEL VE FİZYOLOJİK PARAMETRELERİN KARŞILAŞTIRILMASI. Balıkesir Üniversitesi Sosyal Bilimler Enstitüsü Dergisi, 11(20), 1-10.

Akinci, E., & Orhan, F. Ö. (2016). Sirkadiyen Ritim Uyku Bozukluklari: Circadian Rhythm Sleep Disorders. Psikiyatride Guncel Yaklasimlar, 8(2), 178.

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The Brain Chemicals and Neuromarketing

Brain chemicals are chemical compounds that play an important role in the nervous system. Brain chemicals regulate communication between nerve cells and the functionality of the nervous system. These chemicals control the functioning of the nervous system by transmitting the stimulation of one neuron to other neurons or target cells. Today, the function of many chemicals in our nerves such as serotonin, noradrenaline (norepinephrine), dopamine, endorphins, oxytocin, vasopressin, acetylcholine, GABA, histamine is known. Of course, there are still mysteries about the reactions and pathways through which these chemicals work.

When our general behaviors are examined, our brain has a structure that tends towards pleasure and tries to avoid pain. In general, our state of happiness is basically based on these two elements. Pleasure brings happiness and pain reduces happiness. This reward/punishment mechanism is largely controlled by the hypothalamus region of our brain. Problems with our nerves and hormones can lead to a decrease in our happiness and therefore a disturbance in our psychological balance. Our brain releases a variety of hormones to control this, but if negative environmental conditions and problems within our body persist, our brain overworks to try to prevent this problem.

Each neurotransmitter has different functions. The chemical endorphin is known for its pain-relieving effects and can be produced during physical activity. Endorphins can also contribute to feelings of pleasure and happiness. Serotonin plays an important role in regulating emotional state. Imbalances in serotonin levels have been associated with mental health problems such as depression, anxiety and obsessive-compulsive disorder. Dopamine is involved in reward, motivation, pleasure and movement. Imbalances in dopamine levels can lead to problems such as schizophrenia, addiction and Parkinson’s disease. GABA (Gamma-Aminobutyric Acid) has an inhibitory effect on the nervous system and plays a role in reducing anxiety and stress. GABA imbalances can cause epilepsy and anxiety disorders.

Neuromarketing studies consumers’ decision-making processes to understand which products they prefer and why they prefer them. Brain chemicals come into play as part of these decision-making processes and influence the emotional and chemical responses which consumers feel when choosing a product or service. It seeks to understand the role of brain chemicals to increase brand loyalty, the number of customers and customer satisfaction. When the brand makes a positive impact on the consumer, chemicals associated with happiness, such as serotonin, are released and can thus increase customer loyalty.

We thank “The Sultans of the Net” for having an effect on the chemicals in our brains.

Reference

Psychologist Merve Altındağ

https://evrimagaci.org/beynimizdeki-bazi-kimyasallara-kisa-bir-bakis-2728#:~:text=G%C3%BCn%C3%BCm%C3%BCzde%20serotonin%2C%20noradrenalin%20(norepinefrin),aralanmas%C4%B1%20gereken%20s%C4%B1r%20perdeleri%20bulunmaktad%C4%B1r.

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Neuroscientific Origins of Our Taste Perception

Taste perception is associated with several areas in the brain and the processing of taste perception takes place in different regions. Basic tastes such as sweet, salty, sour and bitter, which are key components of taste perception, are perceived by taste buds (papillae) on the tongue and processed by taste receptors in these taste buds. The beginning of taste perception takes place in the taste buds or papillae on the tongue. These taste buds contain taste receptors that detect the basic tastes (sweet, salty, sour, bitter). When the taste receptors are stimulated, these stimuli are converted into nerve signals that transmit taste perception to the brain. These nerve signals are transmitted to the brain by nerve fibers involved in the taste processing pathway.  The taste signals arrive in an area called the brainstem. Here, there are a variety of neurons that help process and parse basic tastes. As part of taste perception, the sensory cortex is also involved, which helps us understand the texture of food and how it feels in our mouths. Taste perception is also associated with emotional and memory connections.

Flavors that we particularly like or dislike can elicit emotional responses, which in turn can influence our preferences for food and drinks. Taste perception is the result of a complex interaction between these brain regions. In particular, the gustatory cortex plays an important role in the recognition and discrimination of tastes. Therefore, the neurobiology of taste perception is a complex topic involving signal transduction and processing between various regions of the brain.

Taste tests are of great importance to the world of neuromarketing.  These tests are widely used to assess the taste of food and beverage products, understand consumer preferences, develop new products or improve existing ones. Neuromarketing research can examine how different stimuli (e.g. advertisements, product packaging, taste experiences) affect consumers’ brains. Neuroscientific techniques can be used to monitor activity in consumers’ brains during taste tests. This can help us better understand how a product’s flavor or packaging is processed in the consumer brain. The results of taste tests play an important role in formulating a product’s marketing strategy.

When the taste or aroma of a product is perceived positively by consumers, this information can be used in marketing campaigns. In addition, the feedback consumers give in taste tests can provide guidance if the product needs to be improved or reformulated.

As a result, taste tests and neuromarketing play an important role in the food and consumer products industry. The results of taste tests, combined with neuromarketing research, help us to better understand how consumers perceive products and how this perception is reflected in marketing strategies. This information can be used to create more effective marketing campaigns and increase consumer satisfaction.

Reference

Psychologist Merve Altındağ

YILMAZ, H., & Erden, G. (2017). Renklerin çorbaların tat algısı üzerindeki etkilerini belirlemeye yönelik bir araştırma. Journal of Tourism & Gastronomy Studies, 5(Special Issue 2), 265-275.

KARAKUŞ, S. Ş. (2013). Tat algılamayı etkileyen faktörler. Journal of Tourism & Gastronomy Studies, 1(4), 26-34.

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The Relationship Between Memory and Neuromarketing

If we were trying to fit memory into one place, we would probably need to use the whole body. Memory works continuously as a complex function of the brain and can be influenced by a variety of factors. Memory is a cognitive process by which experiences, knowledge and learning are stored and can be recalled over time. It is through the ability to remember, store and recall past experiences that people can maintain their ability to learn, solve problems and carry out daily activities. Memory consists of three stages, generally recognized as the three main components; encoding, storage and retrieval.

Encoding: Information from the outside world is converted into neural patterns that the brain can understand.

Storage: This is the stage where encoded information is stored in long-term memory.

Recall: Recalling stored information and making it available when needed.

Types of memory can also be classified in different ways:

Sensory Memory: This is the type of memory in which sensory information is stored for a short period of time. It includes visual information (images), auditory information (sounds) and other sensory inputs. It is stored for a very short time and then processed or forgotten.

Short Term Memory: This is a type of memory that is stored for a short time and has a limited capacity. It temporarily holds new information we learn at work. It is used during active thinking and problem solving.

Long Term Memory: This is the type of memory where information is stored for a long time. Learned information, experiences and skills are stored in this type of memory. Long-term memory is more permanent, but can be recalled with appropriate context or stimuli when it needs to be remembered.

The relationship of memory to neuromarketing involves the development of marketing strategies using neuroscientific methods to understand how people think, feel and behave. Memory is a key focus of neuromarketing because of how consumers remember brands, products and experiences, and how these recollections influence purchase decisions.

Experiences that stimulate multiple senses can help consumers remember information better. For example, by marketing a product to the sense of smell, consumers will remember the product for a long time. Repeating information and making it engagingly emotional or authentic can help information to be stored more firmly in long-term memory. People remember stories better. Neuromarketing can help consumers better internalize information by telling brand stories or product experiences. Again, emotional experiences can help people process and remember information more deeply. In particular, brands or experiences that are associated with positive emotions can stay in consumers’ minds longer.

Reference:

Psychologist Merve Altındağ

ADAYI, G. P., & GÜRCAN, E. E. N. NEURO PSYCHOLOGY.

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How Summer Love Affects Our Brain

For many people, the summer months represent rest and renewal. The memories we make during the summer provide us with motivation and energy during the long winter season. For example, we all have a summer love that we cannot forget. So what makes summer love unforgettable? What are the chemical processes of summer love in our brain?

First of all, summer love is a kind of romantic state that emerges with the effect of hot weather and sunny days. The effects of summer love on the brain come together in a complex way and can vary from person to person. But in general, the positive chemical changes in the brain and romantic feelings during summer romance can make people feel happy, excited and connected.

Spending time with a person of romantic interest can increase the release of a neurotransmitter called dopamine. Dopamine is associated with reward and pleasure, and romantic feelings can trigger the release of this chemical. During the sunny days of summer, our bodies can produce more serotonin. Serotonin is generally associated with happiness, relaxation and feeling good. This can help summer love to feel more intense and positive.

Summer love can often trigger positive thoughts and dreams. People may be more open to romantic relationships or flirtations during this period. These positive thought patterns can also influence emotional responses in the brain. Another factor is the increase in endorphins, romantic feelings and excitement can increase the release of natural painkillers and happy substances in the brain called endorphins. This means that summer romance can make people feel more energized and joyful. In the light of all this information, we are reminded once again how meaningful and important emotion is for humans. Because we are not machines that produce emotions, we are living beings whose essence is based on emotion.

As in every aspect of life, understanding, analyzing and interpreting emotion is of great importance in the research sector, which has an important function in understanding humanity.

Neuroscience makes it easier to explain and convey the background of emotion. In mood technologies, people’s emotions against any stimulus are measured by brain responses from the central and autonomic nervous systems. Emotion is analyzed and graphics and videos are created. In relation to the visual and auditory stimuli encountered, the scores obtained from the emotions tested may differ between those who experience summer love and those who do not.

“My love was like summer, hot and unforgettable”

We wish you a pleasant day.

Reference

Psychologist Merve Altındağ

Ercan, H. (2008). Genç yetişkinlerin aşk biçemleri ve benlik tipleri.

Robin Marks, (2023). “Oxytocin receptor is not required for social attachment in prairie voles” by Devanand Manoli et al. Neuron

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The Relationship Between Proprioception and Neuromarketing

Proprioception is the sensory experience by which humans perceive and internally experience stimuli from the external environment. We perceive the world around us through our five senses and these perceptions are processed by the brain. This process of sensory perception and inner experience is called “proprioception”. We need proprioception in order to perceive our bodies as “our own”, as appropriate to us.

The sensory organs perceive stimuli from the outside world and our nervous system transmits these stimuli to the brain to form our inner experiences. For example, when we watch an advertisement, we have an internal experience with the cooperation of all our sensory organs. The decision we make about the advertisement is based on our previous experiences and hence proprioception.

There is a relationship between proprioception and neuroscience. Neuroscience studies neural activity and neural networks in the brain to understand how certain internal perceptions are formed in response to visual and auditory stimuli.

The link between proprioception and neuroscience is important for understanding how stimuli from the external world are transformed into internal experiences. Internal perception is a tool used when trying to understand human consciousness and inner thoughts. By measuring brain activity and emotions in response to visual and auditory stimuli, neuroscience can help us understand the accuracy and limitations of internal perception. The relationship between state of consciousness and neural processes is where proprioception meets neuroscience.

By analyzing the findings of proprioception and neuromarketing in depth, they provide marketers with valuable insights to present their products and services more effectively. Neuromarketing and proprioception also have an impact on product design and experience. The color, packaging design, texture and presentation of products can influence prorioception of consumers. Neuromarketing research can assess the effects of these design elements on the brain and understand how design is reflected in consumer behavior. Neuromarketing uses physiological and neurological methods to understand how consumers reach decision to purchase. The information provided by proprioception can help to understand people’s decision-making process.

The relationship between proprioception and neuromarketing is important for better understanding consumer behavior and making marketing strategies more effective.

Reference

Psychologist Merve Altındağ

Dogu, A. (2013). Proprioception (Sensation). February, 15, 2018.

Woosnam, K. M., Draper, J., Jiang, J. K., Aleshinloye, K. D., & Erul, E. (2018). Applying self-perceptiontheorytoexplainresidents’ attitudesabouttourismdevelopmentthroughtravelhistories. Tourism Management, 64, 357-368.

Fortunato, V. C. R., Giraldi, J. D. M. E., & de Oliveira, J. H. C. (2014). A review of studies on neuromarketing: Practicalresults, techniques, contributionsandlimitations. Journal of Management Research, 6(2), 201.

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The Impact of Changing Attention Span in the Brain on Market Research

Technology is widely used in many aspects of life today, and digital devices and services such as computers, smartphones, tablets, social media platforms, etc. contain elements that can constantly demand our attention. However, some negative effects can also be observed due to the overuse or misuse of technology.

Decreased Patience: Technology offers quick results and instant access. This can lead to people having less patience and a reduced ability to focus on activities that require longer periods of effort.

Distraction: Constantly interacting with smartphones, social media and other digital content can negatively affect attention span and reduce concentration.

Information Overload: The internet and digital devices can provide people with too much information, which can overload their brains and negatively affect attention and memory.

Changes in attention span may differ between individuals and these changes may also occur due to technology usage. Maintaining a balance in the use of technology, taking regular breaks and working with apps that improve focus can help reduce the negative effects on attention span.

This has an impact in all areas of life. People’s reduced attention span in tests that have been created in market research can increase the likelihood of inattentive responses. The effectiveness and accuracy of surveys is related to respondents’ attention levels and their ability to respond diligently. During busy time periods, being under stress and variations in attention span can make it difficult for respondents to focus. As a result, they may respond carelessly in surveys.

Careless responding in surveys can affect the reliability and validity of survey results. Attention span is also an important issue for marketers because capturing and maintaining consumers’ attention is critical for increasing sales of products and services.

Neuromarketing methods have an advantage in terms of attention span. Because it focuses on the participant’s biology, not their declaration. It obtains data to understand participant responses by measuring brain activity and evaluating neural responses using brain scanning technologies and behavioral metrics. In this way, it can better understand participants’ unconscious level responses and draw more accurate conclusions. This can reduce the impact of misleading or conscious responses in marketing research that relies on participant self-reports.

Reference:

Psychologist Merve Altındağ