Recovery from Social Anxiety and Related Conditions
Robert F Mullen, PhD
Director/ReChanneling
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Neuroscience & Positive Behavioral Change
Neuroplasticity, the brain’s ability to reorganize itself by forming new neural connections throughout life, is the scientific evidence of our brain’s constant adaptation to stimuli. It’s what makes learning and registering new experiences possible. All noticed information notifies our neural pathways to restructure, generating a correlated change in behavior and perspective.
The power of neuroplasticity to significantly accelerate learning by deliberately compelling our brain to repattern its neural circuitry is truly inspiring. The deliberate, repetitive, neural input (DRNI) of information empowers us to proactively transform our thoughts, behaviors, and perspectives, creating healthy new mindsets, skills, and abilities.
Thanks to technological advances, researchers can now examine the brain’s dynamic and malleable inner mechanics more closely.
“Dr. Mullen is doing impressive work helping the world. He is the pioneer of proactive neuroplasticity utilizing DRNI – deliberate, repetitive, neural information.” – WeVoice (Madrid, Málaga)
Three forms of neuroplasticity are applicable.
Reactive Neuroplasticity
It’s important to understand that our brain’s response to most extraneous information is an involuntary reaction to stimuli we absorb without actively focusing on. Such as a car alarm, a flash of lightning, or the smell of freshly baked goods. Our neural network instinctively restructures itself in response to these events.
However, not all information registers in our neural network. Most information is neurally insignificant, meaning it does not trigger a significant response in our brain. This selective brain processing ensures that only the most relevant information is consciously noticed and processed.
This principle also applies to the constant stream of negativity we encounter with social anxiety. If our brain does not register this information, it does not activate or alert the receptor neurons. And, therefore, it does not negatively impact our neural network. Our brain maintains a functional mental equilibrium in the face of overabundant negativity.
Active Neuroplasticity
Active neuroplasticity, a process we consciously direct, is fostered through intentional activities such as creating, practicing yoga, and journaling. This unique ability allows us to replace self-destructive thoughts and behaviors by reclaiming and building upon our character strengths, virtues, attributes, and achievements. In doing so, we foster positive restructuring of our neural network.
Active neuroplasticity thrives on our contributions to others and society. The value of volunteering, providing support, empathy, and concern for those in need, promotes positive behavioral change. Engaging in altruistic and compassionate social behavior, such as teaching and performing random acts of kindness, significantly contributes to neural restructuring. Additionally, social interconnectedness, fostered through caring relationships, promotes the regeneration of our self-esteem.
Self-care is a vital element of active neuroplasticity. Prioritizing physical and emotional health, enhancing cognitive functions, and nurturing our spirit substantiates our value. While providing positive neurological stimulation, reinforcing the importance of self-care in our journey of self-improvement.
Proactive Neuroplasticity
Proactive neuroplasticity is a straightforward and rapid technique for neurological stimulation that we intentionally initiate to combat toxic information in our brain’s metabolism. It involves compelling our brains to shift from a dominance of negative thoughts and behaviors to a positive state through the deliberate, repetitive, neural input (DRNI) of productive information.
Consciously and repeatedly exposing ourselves to positive stimuli, thoughts, or experiences rewires our neural circuitry to promote positive neural restructuring. By acting proactively, we produce a positive shift in our neural network. Transforming our adverse thoughts and behaviors into healthy, productive ones.
Our brain is in constant flux, always realigning to new information. Neuroplasticity provides the potential for significant personal growth. Proactively stimulating our brain with deliberate, repetitive neural information accelerates and consolidates this process. Leading to a correlated change in thought, behavior, and perspective.
Each neural input of information causes a receptor neuron to fire, transmitting chemical and electrical energy from neuron to neuron throughout the nervous system. DRNI expedites this process. Multiple positive DRNI, such as positive personal affirmations (PPAs), cause multiple receptor neurons to fire, dramatically amplifying learning through synaptic neurotransmission.

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Benefits of Neuroplasticity
The profound impact of neuroplasticity on our cognitive functioning is a fascinating area of study that continues to intrigue researchers and individuals interested in neuroscience. We know that neuroplasticity can provide beneficial growth in the brain areas associated with memory, learning, empathy, self-awareness, and stress regulation via the insula, hippocampus, and prefrontal cortex.
Neuroplasticity triggers long-term potentiation, strengthening neuron connections and generating more energy. It produces the BDNF gene, also known as Brain-Derived Neurotrophic Factor, that provides instructions for making a protein that helps regulate synaptic plasticity, crucial for improved cognitive functioning, mental health, learning, and memory. BDNF is a key player in neuroplasticity, as it promotes the growth and survival of neurons. And helps form new synapses, thereby enhancing learning and memory.
Abundant Neural Reciprocity
Our brain codes the health or toxicity of information into negative or positive electrical energy. The human brain, with billions of nerve cells or neurons, is a reservoir of energy multiplied millions of times and reciprocated in abundance.
The repetition of positive information accelerates and consolidates learning on a large scale. Hebbian learning describes how neurons learn by responding to information. Hebb’s rule of neuroplasticity states, “neurons that fire together wire together.” In other words, the more neurons communicate, the stronger the connection.
When multiple neurons wire together, they create more receptor and sensory neurons. Repeated firing strengthens and solidifies the pathways between neurons. Synaptic connections strengthen and consolidate when two or more neurons are activated contiguously.
The more repetitions, the quicker and more robust the new connection. The activity of the axon pathway is heightened, urging the synapses to increase and accelerate the release of chemicals and hormones. Conscious repetition of information correlates with more robust learning and unlearning.
Chemical Hormones
Increasing the activity of our brain’s axon pathways facilitates the transmission of chemical hormones. Including GABA for relaxation, acetylcholine and glutamate for enhanced memory, and norepinephrine for improved concentration. Endorphins act as pain relievers and stress reducers. Dopamine is associated with reward, pleasure, and motivation. And serotonin aids in mood regulation.
Our brain doesn’t think. It is an organic reciprocator that provides the means for us to think. It maintains our heartbeat, nervous system, blood flow, etc. And it also tells us when to breathe, stimulates thirst, and controls our weight and digestion.
However, our brain does not differentiate between healthy and toxic information. Thus, negative information receives the same neurotransmissions as positive. Focusing on constructive neural input is an essential component of recovery.
Scientists have meticulously identified over fifty chemical hormones in the human body. These hormones act as messengers, controlling our physiological functions such as metabolism, homeostasis, and reproduction. Their distribution is precise, and even slight changes in their levels can significantly affect our health and emotional well-being.
This underscores the importance of maintaining a balanced and productive lifestyle. By consciously exposing our neural network to positive stimuli, thoughts, or experiences, we can influence our brain’s hormonal transmissions. Promoting a healthy balance of these chemical messengers.
Fear and Anxiety-Provoking Hormones
Unmanageable stress triggers our amygdala, a key part of the brain’s limbic system responsible for processing emotions and memory. The amygdala then signals the brain stem’s hypothalamus and sympathetic nervous control systems. Our hypothalamus, the control center for many bodily functions, sends messages to the pituitary gland, a small structure at the base of the brain. In turn, the pituitary gland alerts the stress-provoking hormones like cortisol, adrenaline, and norepinephrine.
Our reactions to stress, including the familiar fight-or-flight response, are universal. When faced with a threat, our bodies prepare for action in various ways. The ‘fight’ response confronts danger, while the ‘flight’ response flees from it. These are two immediate reactions we may experience when overwhelmed by fear and anxiety-inducing hormones. They also accelerate our heart rate, increase blood sugar, suppress our immune system, reduce insulin production, and produce adrenaline, cortisol, and norepinephrine.
Other recently identified stress responses include freeze, which emotionally paralyzes us; fawn, which causes us to ingratiate ourselves; and flop, where we shut down entirely. Understanding our stress responses and the hormones that trigger them is crucial for managing our fears and anxieties.
Stress hormones are necessary and healthy in moderation, but destructive in excess. Cortisol helps regulate blood pressure and our circadian rhythm. Adrenaline relieves pain and boosts the immune system. Balanced amounts of these hormones are necessary for survival and beneficial to our overall health and emotional well-being.
Norepinephrine (noradrenaline) enhances alertness, arousal, and attention, impacting our mood and memory. Adrenaline regulates our metabolism, attention, and focus.
However, chronic stress causes a higher and constant influx of these hormones into our system, increasing the risk of health problems like heart disease and stroke, causing problems with memory, cognition, and sleep patterns, and contributing to our anxiety and depression.
Stress hormones are necessary and healthy in moderation, but can be destructive in excess. For example, cortisol helps regulate blood pressure and blood sugar levels, while catecholamines (stress transmitters) increase heart rate and blood flow, preparing the body for action.
Chronic high levels of certain stress hormones can negatively impact our physical and mental health, leading to short-term physiological and behavioral effects.
We can relate these chemical responses to our morning coffee consumption: a little is fine and can boost our mood and performance. However, consuming six cups of coffee can make us feel unbalanced and unhealthy.
Understanding our stress responses is crucial for managing our fears and anxieties. By learning about these reactions and enlisting coping mechanisms, we can take control of our stress levels, allowing us to navigate our stress more effectively and regain control.
Recovery builds on our strengths, virtues, and accomplishments. We don’t triumph in battle through incompetence and weakness, but rather through inherent and practiced skills and careful planning.
Reconciling Neural Negativity
But how can a consistent delivery of deliberate neural input, regardless of frequency, offset or counterbalance the overwhelming amount of negative information accumulated over decades? While no amount of positivity can completely offset years of adversarial activity, every deliberate, repetitive input of positive information incrementally alters our thoughts and behaviors and reframes our perspective.
Just as a single drop of water and a tiny grain of sand can erode mountains and transform the surface of the Earth, a deliberate neural input of positivity can erode the negativity of our thoughts and behaviors, transforming us into sources of strength and wisdom. This transformation is inevitable when we consistently choose to think positively. Now, imagine that single positive input multiplying a billion times through neural reciprocity.
As Turkish playwright Mehmet Murat Ildan beautifully puts it, ‘Without water drops, there can be no oceans; without steps, there can be no stairs; without little things, there can be no big things.”
When it comes to facing our fears, safety is paramount. Graded exposure, a form of systematic desensitization, ensures a gradual and secure approach. It allows us to confront our fears and anxieties in less threatening environments, reducing the risk of adverse outcomes. By establishing various recovery tools and techniques in a workshop environment, we can practice and repeat these mechanisms in off-site situations, ultimately easing their emotional impact.
Trajectory of Information
Neurons are the core components of our brain and central nervous system. Inside each neuron is electrical activity. Information stimulates or excites a receptor neuron, which fires, stimulating a presynaptic or sensory neuron via an axon or connecting pathway. Sensory neurons transmit information to the synapse at the postsynaptic cell’s or relay neuron’s junction. The synapse permits the neurons to interact. The neuron’s hairlike tendrils (dendrites) pick up the synaptic signal and forward that information to the soma or nucleus of the cell body.
Continuous electrical and chemical energy impulses engage millions of participating neurons, which transmit the electrical energy to millions of other neurons in multiple interconnected areas of our brain. Finally, the electrical energy converts back into information, and the motor neuron relays it to its appropriate destination–our ears, bladder, muscles, etc.
Cognitive information is compartmentalized into the areas of the brain associated with the distinctly human traits of higher thought, language, and human consciousness.
Every input of information, intentional or otherwise, causes a receptor neuron to fire. Each time a neuron fires, it strengthens the axon connection and the neural bond. DRNI expedites the process through deliberate repetition. An increase in learning efficacy arises from the sensory neuron’s repeated and persistent stimulation of the postsynaptic cell. Multiple firings dramatically accelerate and consolidate learning.
Motivating Personal Concerns
DRNI motivates personal concerns—improving life satisfaction and transforming ourselves to be the best we can be. We all know how difficult it is to change, remove ourselves from hostile environments, and break harmful habits that interfere with optimum functioning.
We’re physiologically hard-wired to resist anything that disrupts our equilibrium. Our inertia senses and repel change, and our brain’s basal ganglia resist any modification in behavior patterns. DRNI empowers us to assume accountability for our emotional well-being, productivity, and quality of life by proactively controlling information input.
Our neural network naturally adapts and restructures to information, whether reactive to unconscious experience or actively generated by our compulsion to engage and learn. Logic dictates that if our neural network learns from information, its deliberate, repetitive neural input enhances the process. If information naturally strengthens and consolidates neural connections to accelerate learning, repetition dramatically expedites the process.
Content of Information
So, what is the content of deliberate, repetitive neural information, how is it constructed, and what materials are helpful to its construction? The information at the core of DRNI is calculated and specific to intention. Are we challenging the negative thoughts and behaviors of our dysfunction? Are we reaffirming the character strengths that generate the motivation and perseverance to accomplish? What is our end goal? What is the personal milestone we desire to achieve?
The crucial element of DRNI is the content of the intention behind the information. The strength of the message correlates with its durability and learning efficacy.
Accepting the scientific validity of approaches that support DRNI empowers us to manage our anxiety and stress and pursue our motivating personal concerns. However, achieving recovery and personal concerns is not an overnight feat. While theoretically simple, proactive neuroplasticity is demanding due to the commitment and endurance required for the long-term, repetitive process of proactive neuroplasticity.
Just as tennis players don’t reach Wimbledon without years of practice, and pianists don’t perform at philharmonics without time at the keyboard, DRNI demands a calculated regimen of deliberate, repetitive neural information. We may have all the necessary tools, but they must be utilized. DRNI, while repetitive and tedious, does not yield immediate, tangible results, which can lead us to give up too soon in this age of instant gratification.
Proactive Neuroplasticity YouTube Series
WHY IS YOUR SUPPORT SO NECESSARY AND ESSENTIAL? ReChanneling develops and implements programs to (1) mitigate symptoms of social anxiety and related conditions and (2) pursue personal goals and objectives – harnessing our intrinsic aptitude for extraordinary living. Our paradigmatic approach targets the personality through empathy, collaboration, and program integration utilizing neuroscience and psychology, including proactive neuroplasticity, cognitive-behavioral modification, positive psychology, and techniques designed to regenerate self-esteem. All donations support scholarships for groups and workshops.
INDIVIDUAL RECOVERY. The symptoms of social anxiety make it challenging for some to participate in a collective workshop. Dr. Mullen works one-on-one with a select group of individuals uneasy in a group setting. ReChanneling offers scholarships to accommodate the costs. What is missed in group activities is provided in our monthly, no-cost Graduate Recovery Group. In this supportive community, graduates interact with others who have completed the program. Contact ‘rmullenphd@gmail.com’.
Committing to recovery is one of the hardest things you will ever do.
It takes enormous courage and the realization that you are of value,
consequential, and deserving of happiness.





















