Dialga Add 291618890059
2025.01.24 18:30 Grajalesn Dialga Add 291618890059
submitted by Grajalesn to PokemonGoRaids [link] [comments]
2025.01.24 18:30 Advanced_Island3972 28M looking for genuine contacts
Im a guy from Europe (GMT+1) looking for people that I could click with or match similar vibe during initial conversation that would ideally include stuff like semi-daily chatting, sharing memes or gaming and such, gotta see how it sorts out
INFP-T homebody, which means I spend most of the free time at home meaning my evenings are mostly free, currently playing poe, doing ultimate in ffxiv, playing strinova and drawing in the meantime, also managed to hit diamond in rivals so theres that
I like to describe myself as someone stuck between neet and normal person and thus I have trouble finding contacts
additionaly I like being silly, rarely serious, carefree, clueless, I adjust myself to people I talk to, other stuff coming to my mind is being anxious and having high morals
I'm somewhat of a carefree, dumb and kind person but I have tendency to overthink stuff and get mood shifts
Interest from top of my head include video games and anime outside of that there is stable diffusion, browsing art, collecting things, paranormal, occult/creepy/paranormal stuff, warhammer ,touhou project, meditation, worldbuilding
Some additional random facts include me being huge fan of project moon, I love limbus company, I stutter, house has 3 cats and 1 dog, consumer of long youtube essays, finally Im learning how to draw
I prefer to talk with people from europe
submitted by Advanced_Island3972 to chat [link] [comments]
2025.01.24 18:30 martin_girard Why Netanyahu's political future is as fragile as the ceasefire
 | submitted by martin_girard to rulebreakersvictoria [link] [comments] |
2025.01.24 18:30 Rich_Cartoonist1821 BTBAG #1: Sum bomb
 | submitted by Rich_Cartoonist1821 to BattletoBecomeAGod [link] [comments] |
2025.01.24 18:30 Such_Thing7698 The Root Cause of Idiopathic Scoliosis II
This is the result of my research and that of many others. Specifically, here I present my story. My father has scoliosis, and so do I. If you ask my father, he will insist that I had a wonderful childhood (my sister seems to have not had one, or it was very mild). In my opinion, the genetic component of idiopathic scoliosis is sensitivity—some people are more sensitive. Now, moving forward—see, the greatest injury that a parent doesn’t heal is passed down to the child. (In my case, repressed anger.) It can also come from grandparents. If our ancestors did not heal the injury, it is passed on to the next generations. These are all manifestations of untreated trauma from previous generations. A major event that happened in the past but was not recognized. Therefore, the next generations carry it. This way, they can recognize it. I suffered from pain for a long time, but now I have no pain. It was unresolved trauma in my body. The idea that scoliosis arises from asymmetric muscle tension was first suggested by Nicholas Andry in the 18th century, who coined the term "Orthopaedics" from the words "straight" (orthos) and "child" (pais) (LeVay, 1990). Andry promoted the theory of "spasmodic muscle contraction" as the cause of spinal deformity. The Origin of Muscle Tension What Andry did not explain, however, was the cause of asymmetric muscle tension and how it deformed the spine. There are many potential causes of asymmetric muscle tension, including injury, sports, overuse of one side of the body, neurological disorders, congenital defects, issues with a particular organ, emotional stress, and so on. This is why scoliosis is still considered idiopathic. There are simply too many potential causes to establish reproducible statistical data. Moreover, almost every case of scoliosis is unique, and the curve never looks exactly the same because each individual has their own circumstances that manifest the imbalance. Fascia is not an inert structural component of the body, but forms a network throughout the body that plays a role in proprioception, pain perception, and mechanically connecting muscles and transmitting forces (Wilke et al., 2018). Fascia is well innervated with mechanoreceptors and free nerve endings (Yahia et al., 1992) and is rich in contractile cells, so muscles and fascia can be considered a myofascial unit (Stecco et al., 2009). The muscles of the body are connected through fascia, forming so-called myofascial chains that extend the length and width of the body and can transmit mechanical forces of stress and tension (Wilke et al., 2016).
It is these myofascial chains that stabilize the lumbar vertebrae on the sacral base, without which the lumbar spine would be unable to bear the normal loads it is meant to carry (Willard et al., 2012). It is assumed that these chains may provide new methods for understanding the mentioned pain and justify the development of more comprehensive treatment (Langevin, 2006). The majority of people today maintain chronic muscle tension in various parts of their bodies. In fact, the presence of imbalanced stress, as such, is characteristic of almost everyone. Statistically, about 70% of people have some form of spinal deformity (Schwab et al., 2005). However, why do some people develop significant spinal deformity, while others do not? What is the reasoning behind the idea that certain "tension configurations" cause scoliosis, while others do not? You can think of the body as a map of contractions. If these contractions are more or less random, they will help cancel each other out, and the fascia will know how to adjust all the tensions to work in harmony. However, if some tensions are too strong or persist for a long time in a specific pattern of aligned vectors, without treatment, the result could be spinal deformation. The fascial system has a threshold of compensatory intensity, beyond which it can function in a self-regulating manner. However, when the intensity exceeds this threshold, the fascial tissues must "ask for help" from both the muscular and skeletal systems. The body perceives emotions as contractions in the fascial tissue. Different emotions are recognized by different contraction configurations. Repressed emotions manifest as excessively tense fascia, and over time, they create chronic contraction in the affected area, corresponding to the repressed specific emotions. As a child grows, their emotional processing is not yet fully developed. Any unresolved emotions from the child's experiences are stored in the body. When a person says they have no memories from childhood, it's not because they are stored in the mind, but because they are stored in the body, which is why there are no words for those experiences. These memories are stored without words. The extreme example of this mechanism can be seen in videos of soldiers returning from World War I, who were shell-shocked. As a child grows, their emotional processing is not fully developed. Any unresolved emotions from the child's experiences are stored in the body. When a person says they have no memories from childhood, it’s not because they are stored in memory, but because they are stored in the body, which is why there are no words for those experiences. These memories are stored without words. The extreme example of this mechanism can be seen in videos of shell-shocked soldiers returning from World War I. The body holds memories in fascicular tissue, in different locations depending on the type of emotion. These fascicular contractions can lead to reduced function of certain organs, eventually resulting in disease or structural tension, which can lead to scoliosis deformities. Children who do not like themselves hold tension around their hearts. A sense of not belonging manifests as contraction in the legs. Children who feel pressure to express their emotions will develop tension in the throat, while the lack of safety at home will manifest as digestive issues. Sexual trauma and thigh contractions can also occur. These contractions hold the memory of experiences as energy of fear, shame, anger, and more, and restrict blood flow in the organs affected by the contraction. In young children, these contractions manifest as painful emotions and frustration, while in older age, they manifest as diseases in those organs or related structures. For example, repressed emotions related to grief contribute to the formation of a kyphotic curve. Suppressed anger leads to fascial contractions in the liver and contributes to the curvature of the thoracic spine. Repressed fears cause fascial contractions in the kidneys and contribute to the lateral tilting of the lumbar spine. Children who grow up in high emotional stress environments and are not supported in expressing and processing those emotions will hold these feelings as fascial hypertonia related to specific emotions.
The myofibroblasts present in the fascial tissue are capable of long-term tissue contractions, which can lead to tissue remodeling (Hintz, 2013). Their growing cellular contractions are strong enough to cause about 1 cm of tissue contracture per month (Follonier Castella et al., 2010; Schleip et al., 2019). Fascial contractility can be strong and stable enough to continuously affect the spine over extended periods, ranging from several days to months (Schleip and Klinger, 2019). The connection between emotions and physiological responses is well-documented (Damasio and Carvalho, 2013; Russell, 2003). The brain can generate sensory-motor activation patterns that can alter an individual’s state (Toivonen et al., 2012). Repressed emotions, stored as embodied memories, can manifest as excessively tense fascia and over time lead to chronic contraction associated with repressed specific emotions (Nummenmaa, 2018; Iani, 2019). It is suggested that these activation patterns, working through the fascia, cause muscle tension over time. When they spread in specific configurations and intensities (Fig. 3), the spine may change its orientation, and scoliosis develops. This is especially important during periods of emotional stress and rapid growth, such as in adolescence (Iani, 2019). It is proposed that these activation patterns, working through the fascia, cause muscle tension over time. When they spread in specific configurations and intensities (Fig. 3), the spine may change its orientation, and scoliosis develops. This is especially important during emotional stress and growth periods, such as adolescence. Fascial stimulation can lead to a range of local and global responses, such as connective tissue remodeling, inflammation, neural sensitization, which ultimately triggers an adaptive response from the entire organism (Langevin and Sherman, 2007). In certain dysfunctional conditions, neuro-fascial interactions may be responsible for the "memory" of local tissue or peripheral sensitization, followed by corresponding structural changes (Tozzi, 2014).
Here is the translation of the provided text into English: "Unresolved emotions during childhood can be internalized and stored as trauma in the body (Ruchkin & Schwab-Stone, 2014). Somatization of trauma in children and adolescents is complex and can be seen in children who are generally more sensitive and suffer from emotional distress (Kealy et al., 2018; Luoni et al., 2018; Finn et al., 2018), and who are especially survivors of cancer (Erickson & Steiner, 1999). Children growing up in high emotional stress environments, who are not supported in expressing and resolving these emotions, will store them as hypertonia within the fascia. The body holds these memories as myofascial trigger points within fascicular tissue, in various locations depending on the type of emotion. These fascicular contractions can affect the normal or pathological function of tissues and organs (Langevin, 2006) or manifest as structural tension that may lead to scoliosis deformities. Anxiety disorders are the most common mental disorders in childhood and adolescence, affecting nearly one-third of the adolescent population in the U.S. (Merikangas et al., 2010). Low back pain is associated with psychosocial stress (Erne & Elfering, 2011) and unexplained chest pain is linked to depression and emotional and social functioning disturbances (Eliacik et al., 2019). Anxiety and depression affect kyphosis (Moslehi et al., 2011), and psychological distress in AIS patients has been shown to play an important role in the onset of back pain (Makino et al., 2019). Statistically, girls tend to be more emotionally sensitive than boys, and therefore the greater the sensitivity and amount of stress the body must deal with (Chen et al., 2018). The concept that scoliosis arises from asymmetrical muscle tension was first suggested by Nicolas Andry in the 18th century, who coined the term “Orthopaedics” from the words “straight” (orthos) and “child” (pais) (LeVay, 1990). Andry promoted the theory of “spasmodic muscle contraction” as the cause of spinal deformity. He said, “It should be noted that the curvature of the spine does not always arise from a disorder of the spine itself but is sometimes caused by the excessive shortening of the muscles of the body’s first part, causing the spine to become curved, just as a bow becomes more curved by tightening the string.” Andry used rest, traction, postural approaches, and padded corsets in the treatment of scoliosis. The origin of muscle tension! However, what Andry did not explain was the cause of asymmetrical muscle tension and how it deformed the spine. There are many potential causes of asymmetrical muscle tension, including injury, sports, overuse of one side of the body, neurological disorders, congenital defects, issues with specific organs, emotional stress, and more. This is why scoliosis is still considered idiopathic. There are simply too many potential causes to establish reproducible patterns for statistical data. Moreover, nearly every case of scoliosis is unique, and the curve never looks exactly the same, as each individual has their own circumstances that express the imbalance. In the last two to three decades, an interesting development has been the resurgence of interest in the importance of the connective tissue network, known as fascia, in muscular-skeletal development (Stecco & Schleip, 2016; Adstrum et al., 2017; Stecco et al., 2018), and its role in chronic stress (Schmitter et al., 2010). Fascia is not an inert structural component of the body, but rather forms a network throughout the body, playing a role in proprioception, pain perception, and mechanically connecting muscles and transmitting forces (Wilke et al., 2018). Fascia is well innervated by mechanoreceptors and free nerve endings (Yahia et al., 1992) and is rich in contractile cells so that muscles and fascia can be considered as a myofascial unit (Stecco et al., 2009). The muscles of the body are connected via fascia, forming so-called myofascial chains that extend the body’s length and width and can transmit mechanical forces of stress and tension (Wilke et al., 2016). These myofascial chains stabilize the lumbar vertebrae on the sacral base, without which the lumbar spine would not be able to carry the normal loads it should bear (Willard et al., 2012). It is believed that these chains can provide new methods for understanding the aforementioned pain and justify the development of more comprehensive treatments (Langevin, 2006). Most people nowadays retain chronic muscle tension in parts of their bodies. For example, it is estimated that 16% of the European population suffers from migraines (Olesen et al., 2009). It has been proposed that migraine attacks originate in myofascial trigger points, which are hyperirritable areas that develop in the skeletal muscles (Do et al., 2018). In fact, the presence of imbalanced stress, as such, is characteristic of almost everyone. Statistically, about 70% of people have some form of spinal deformity (Schwab et al., 2005). However, why do some people develop significant spinal deformity while others do not? The myofibroblasts present in the fascial tissue are capable of long-term tissue contractions that can cause tissue remodeling (Hintz, 2013). Their increasing cellular contractions are strong enough to induce approximately 1 cm of tissue contracture per month (Follonier Castella et al., 2010; Schleip et al., 2019). Fascial contractility can be strong and sustained enough to continuously affect the spine over long periods, from several days to months (Schleip & Klinger, 2019). The connection between emotions and physiological responses is well-documented (Damasio & Carvalho, 2013; Russell, 2003). The brain can generate sensory-motor activation patterns that can alter an individual’s state (Toivonen et al., 2012). Suppressed emotions, stored as embodied memories, may manifest as excessively tense fascia and over time cause chronic contractions related to specific suppressed emotions (Nummenmaa, 2018; Iani, 2019). It is suggested that these activation patterns, which work through the fascia, generate long-term muscle tension. When they spread into a specific configuration and intensity (e.g., Figure 3), the spine may alter its orientation, and scoliosis develops. This is especially important during emotional stress and growth periods, such as adolescence. (Iani, 2019). The proposed activation patterns that work through the fascia lead to prolonged muscle tension. When they spread into a particular configuration and intensity (Figure 3), the spine can change its alignment, and scoliosis develops. This is particularly significant during emotional stress and periods of rapid growth, as happens in adolescence. Figure 3. Random configuration of fascial tension, which does not lead to scoliosis (A) versus a contraction configuration that leads to scoliosis (B) Fascia irritation can lead to a variety of local and global responses, such as connective tissue remodeling, inflammation, nervous system sensitization, which eventually follows with the organism’s adaptive response (Langevin & Sherman, 2007). Under certain dysfunctional conditions, the neuro-fascial interaction may be responsible for the “memory” of local tissue or peripheral sensitization, which follows with appropriate structural change (Tozzi, 2014). Unresolved emotions in childhood can be internalized and stored as trauma in the body (Ruchkin & Schwab-Stone, 2014). Somatization of trauma in children and adolescents is complex and can be seen in children who generally suffer from emotional turmoil (Kealy et al., 2018; Luoni et al., 2018; Finn et al., 2018), and who are survivors of cancer (Erickson & Steiner, 1999). Children growing up in environments with high emotional stress and who are not supported in expressing and resolving those emotions will store these emotions as hypertonia within the fascia. The body holds these memories as myofascial trigger points within fascicular tissue, in different places depending on the type of emotion. These fascicular contractions can affect the normal or pathological function of tissues and organs (Langevin, 2006) or manifest as structural tension that may lead to scoliosis deformities (Whyte Ferguson, 2014). Anxiety disorders are the most common mental disorders in childhood and adolescence. They affect nearly one-third of the adolescent population in the United States (Merikangas et al., 2010). Low back pain is associated with psychosocial stress (Erne & Elfering, 2011) and unexplained chest pain with depression and emotional and social dysfunction (Eliacik et al., 2019). Anxiety and depression affect kyphosis (Moslehi et al., 2011), and psychological distress in AIS patients has been shown to play an important role in the onset of back pain (Makino et al., 2019). Girls are statistically more emotionally sensitive than boys, and therefore the greater the sensitivity and the amount of stress the body has to deal with (Chen et al., 2018). The primary age of scoliosis onset is between 10-15 years, which occurs equally in both sexes. However, females are eight times more likely to progress to a curve size that requires treatment (Raggio, 2006; National Scoliosis Foundation, 2020). The explanation for this is that the female spine grows more than the male spine between the ages of 9-13 years (Taylor & Twomey, 1984). During the growing period before maturity, the transverse diameter of the thoracic and lumbar vertebrae grows more in males than in females, and this horizontal growth is accompanied by an increase in muscle mass and strength that occurs during male sexual maturation (Feik & Story, 1983; Twomey et al., 1983). Therefore, the female spine tends to be longer and thinner, especially in the early stages. Hence, it is more likely to deform as AIS is characterized by a smaller vertebral cross-section and higher intervertebral disc height in females (Schultz & Cisewski, 1978; Ponrartana et al., 2016). The explanation for the prevalence of severe scoliosis in girls is that they enter the adolescent growth spurt with inadequate postural mechanisms.
In the next section of the article, I will discuss how to treat adolescent idiopathic scoliosis. The theory proposed here is based on the idea that scoliosis is misunderstood and misclassified in Western medicine. The critical impact of fascia on spinal support and shape, as well as the influence of emotions and physical exercise on muscles (Pleuss et al., 2009) and fascia (Bordoni and Marelli, 2017), suggest that AIS is not an orthopedic issue per se, but rather has psychological and environmental origins. Therefore, it is important to understand that the development of AIS takes time, and correcting it will require time and effort. The earlier it is detected, the greater the chances of reversing it.
submitted by Such_Thing7698 to scoliosis [link] [comments]
2025.01.24 18:30 nowimmotivated10 The GOAT posted their first Gency fanart this year. Fanart by @birk_ow on X.
 | source:https://x.com/birk_ow (I don't know if the use of "their" is correct) submitted by nowimmotivated10 to gency [link] [comments] |
2025.01.24 18:30 Mystery_diamond Lat. Leccinum versipelle. Autumn 2023.
 | submitted by Mystery_diamond to Mushrooms [link] [comments] |
2025.01.24 18:30 circumcisedman15 what is the 10th cave???
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2025.01.24 18:30 Annual_Historian_593 Now that’s a pretty silent send 😇
 | submitted by Annual_Historian_593 to findommes [link] [comments] |
2025.01.24 18:30 That_Vegetable9199 During fires, trees can burn from within...
submitted by That_Vegetable9199 to CrazyFuckingVids [link] [comments]
2025.01.24 18:30 hurnadoquakemom I need help finding this painting
 | I am looking for this painting everywhere. It went out of stock on Temu. I don't think i could get it custom, since it's a 5 piece. If anyone has found it anywhere please let me know. It's not the one with trees that looks similar. It's the castles and fairytale stuff on an open book. 5 individual painting sections that make the whole picture when done. submitted by hurnadoquakemom to diamondpainting [link] [comments] |
2025.01.24 18:30 SelectionOptimal7348 Throne carved from a blown down tree in an English forest
 | submitted by SelectionOptimal7348 to BitcoinQR [link] [comments] |
2025.01.24 18:30 Specific_Law2822 Mysterious white residue
 | I have a 1987 325i (e30) and have been having some trouble with the engine stuttering at idle and backfiring for some time. I’ve narrowed the cause down to the point where I’m 80% sure it’s the injectors. I wanted to be absolutely sure, so I went on Amazon and bought a AFR meter, also because I like doing impulsive little projects. Come install day, I take off my downpipe to install the new o2 sensor, and am seeing this. One looks normal, soot black, very thin layer of carbon. The other is something I haven’t seen before. Still a very thin layer, but tan-ish white (mostly white) This looks very indicative of the problem to me, I’m just not totally sure how to interpret the difference between white and black residue in the exhaust manifold. (For clarity The white and black pipes are supplied from 1-3 and 4-6 cylinders respectively) I’m still going to put the AFR meter in and that will probably reveal what’s going on, but if anyone who knows what this means has any input that would be amazing. 🤯 Thank you! submitted by Specific_Law2822 to BmwTech [link] [comments] |
2025.01.24 18:30 Joao489 Como posso alimentar minha rã
Tenho uma rã touro americana que alimentos dou
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2025.01.24 18:30 -furball Cream Cheese
Chico ate a Whole Brick of Cream Cheese by accident yesterday , no tin wrapper was on it thank goodness. He was super overly calm the whole day & now back to his normal super hyper self. Think he’s fine or should I be concerned?
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2025.01.24 18:30 Boring_Floor235 Season Ticket Waitlist Email
 | Did anyone else get this email? I’m concerned that this may be some sort of scam. I tried calling but of course the ticket office is closed the on the date this action is required. I got the text message this morning, but I’m afraid someone is trying to get some personal information from my drivers license; if this is real and I lose my spot in line… submitted by Boring_Floor235 to detroitlions [link] [comments] |
2025.01.24 18:30 vladpavlenko Yagu Pop - Song of the Rain
 | submitted by vladpavlenko to psychedelicrock [link] [comments] |
2025.01.24 18:30 Andrew_Lvov Hyena moonwalking
 | https://i.redd.it/f5m3ef6ejzee1.gif submitted by Andrew_Lvov to JaggedAlliance3 [link] [comments] |
2025.01.24 18:30 edoerevanci Falsified documents for the construction of Gagik Tsarukyan's 20-story ugly hotel at Abovyan 5/5 in Yerevan
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2025.01.24 18:30 _edgebishop_ What kind of madness is this?? (Joke intended.)
 | submitted by _edgebishop_ to balatro [link] [comments] |
2025.01.24 18:30 lss_web_1444 AMA post title 976
AMA post body
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2025.01.24 18:30 zoombaClinic Is photo me India kahan hai mitron?
 | submitted by zoombaClinic to Btechtards [link] [comments] |
2025.01.24 18:30 wewdwtnizrub ABC Carpet And Home Discount Code January 2025
Unlock the ABC Carpet And Home Discount Code January 2025
Want to save money at ABC Carpet And Home in January 2025? Score the best promo codes, coupons, and more deals to get what you want for less!
submitted by wewdwtnizrub to WalmartCouponCode [link] [comments]
2025.01.24 18:30 LengthinessNo3541 Need help!!
I’m in a dire situation right now. I have finals in two months, and basically have to study about ten hours a day, at least
But I have been facing an weird problem for the last few months. I cannot stop sleeping in. I just cannot. Just no.
I got multiple alarms for the morning but man, this exactly what happens every. Single. Day. I wake up, I turn the one alarm that is ringing (it’s one of those puzzle alarms actually, so that I cannot turn it off right away), alongside the other two (these are backups in case I didn’t hear one for two), and go straight to bed.
FYI, I get about NINE hours of sleep before I can hear the first alarm. Nine. And after turning the alarms off I’ll get four-five more hours.
I get at least about twenty minutes of exercise a day, get as much sunlight possible, eat healthy. I’ve seen two doctors so far and both of them came to roughly the same conclusion: I don’t have a medical issue.
One of them noted that possibly it’s just a psychological thing and would sort itself out. I don’t have depression either (not self-diagnosed).
I’ll take ANY advice. I’m desperate.
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2025.01.24 18:30 lemkowidmak Edge of Philly Sports @EOPsports: JALEN KNOWS EXACTLY WHAT IT IS GOING TO TAKE FOR THE EAGLES TO PUNCH THEIR TICKET TO NEW ORLEANS FOR SUPER BOWL LIX #GOBIRDS 🦅#Eagles | #FlyEaglesFly | #PhiladelphiaEagles | #EaglesNation | #JalenHurts | #superbowl https://t.co/kgQimWVGB2
 | submitted by lemkowidmak to phillysports [link] [comments] |