BOUNCE BALL develops teamwork, reaction skills, & throwing with accuracy. Primary focus = catching above and below the waist. Great activity from @MrHamiltonPE@Wellington_Elem@LISDWellness2
Pumpkin Roll - Students inside the circle are working on dodging and fleeing skills while those on the perimeter develop muscular endurance by holding themselves in the crab (spider) position @Wellington_Elem @LISDWellness2 #everyONE
توازن الطاقة وزيادة الوزن وتأثير الجينات
1- أن توازن الطاقة في الجسم عملية معقدة وتتحكم فيها عوامل كثيرة ومن ضمنها الوراثة. ويمكن معرفة دور الوراثة في حدوث السمنة من خلال صعوبة فقدان الوزن رغم محاولات الشخص القيام بذلك عبر الحمية الغذائية والنشاط البدني، أو من وجود تاريخ عائلي
4- ما يسمى بجين مفرد قد يسبب السمنة (monogenic obesity)، وهذا النوع رغم انه نادر الحدوث لدى عامة الناس (يحدث بسبب طفرات وراثية) فإنه يسبب سمنة مفرطة ويصعب معه فقدان الوزن، كما ان السمنة تبدأ معهم مبكرا منذ فترة الطفولة.
3- من خلال جين يسمى (FTO) يجعل فقدان الوزن اصعب لدى هؤلاء الاشخاص بنسبة احتمالية تبلغ 67% مقارنة ممن لم يورثوا هذا الجين. لكن مع ممارسة النشاط البدني بانتظام يمكن لهؤلاء المعرضين للسمنة من خلال هذا الجين بتقليل احتمالات حدوثها لديهم بمقدار 27%. بالإضافة إلى ما سبق، هناك
🔊🌟 In my recent podcast, I delved deep into how early life influences shape the course of conditions like PANDAS, PANS and Autism. Now, groundbreaking research has emerged, echoing the very essence of what we're witnessing in our clinical practice. Link to podcast is here https://t.co/kvWLJXtydm also available on Apple and Google Podcasts.
Scientists have identified specific bacteria in children’s microbiomes that could influence the development of neurodevelopmental disorders, even years before diagnosis. This groundbreaking study, spanning 20 years and including over 16,000 Swedish children, sheds light on crucial factors shaping brain health from early life. 🎙️💡
Key findings:
1️⃣ Gut Microbiome: Infants with future neurodevelopmental diagnoses showed significant differences in their gut microbiomes. Deficiencies in beneficial bacteria like Akkermansia, Bifidobacterium, and Ruminococcus were observed, hinting at potential links to conditions like autism, ADHD, and speech disorders.
2️⃣ Antibiotic Use: Surprisingly, early childhood ear infections treated with antibiotics like penicillin showed correlations with future neurodevelopmental disorders. Children with multiple ear infections were significantly more likely to develop speech disorders, ADHD, and intellectual disabilities.
3️⃣ Environmental Influences: Maternal smoking during pregnancy and stressful events early in a child's life were also associated with increased risk of neurodevelopmental disorders. Understanding these environmental factors is crucial for promoting brain health from infancy.
This research opens new doors for early intervention and targeted treatments. Even though we should focus on early intervention, there's a tremendous amount that can be done for children later on in life, from nurturing the microbiome to enhancing the gut-brain connection and modulating the immune system.
Let's spread awareness and support further investigation into how we can nurture healthy brain development from the start! 💪🌟
Contact us for a free chat using the link below to find out how we can help your child thrive 🌟💕🌟💪
https://t.co/isVagaRf4T
#Neurodevelopment #MicrobiomeResearch #BrainHealth #LateIntervention #Empowerment #ChildDevelopment
#autism #PANDAS #PANS
Link to article
https://t.co/Ein5n5rLca