@honda_th_official: When Smart meets Hybrid. “Honda AVANCIER” #HondaThailand #SmartHybrid #HondaHybrid #HondaAvancier

Honda Thailand
Honda Thailand
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Region: TH
Wednesday 11 November 2026 11:55:00 GMT
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1dem2say
Nanh Bạc :
nice car
2026-11-12 14:31:20
0
av_hotshot
ไอ้ต้าวคลั่งรัก :
ขอราคาจับต้องได้หน่อยครับ ใช้มาหลายสิบปี ไม่อยากย้ายค่าย
2026-11-15 03:37:56
0
nipadaklang
nipadaklang :
มาเมื่อไร
2026-11-14 14:37:22
0
yom_1973
หนุ่ม&shopสินค้าดีมีคุณภาพ :
เยี่ยมคัย
2026-11-13 02:54:44
0
muay_muang159
🧸🧿หมวยเมือง🧿💱🏹 :
สวยมาก ชอบเลยรุ่นนี้
2026-11-14 00:31:14
0
user8297394432345
หนุ่ม คน เดิม :
เทคโน ..ก้าวใหม่ไปกับ..🥰HONDA
2026-11-13 02:23:57
2
user4782412174979
สมชาย ธนสถาพร :
สวยมากเลย
2026-11-13 03:46:51
0
i.believe.i.can.f0
i believe i can fly :
ชอบhonda คิดว่าhondaคงไม่ทิ่งเราหรอก🥰
2026-11-14 10:04:45
0
naharinhonda
น้องกอกล้วย ฮอนด้า :
🏆🏆🏆🏆
2026-11-11 13:51:19
0
nenehonda789
🏁เซลล์เนเน่ฮอนด้า 🚗❤️ :
🥰❤️
2026-11-13 04:03:54
0
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64% Out, 36% Stays | Inside a Heartbeat 🫀🔄 ────────── Your heart does not empty completely with every beat. 🔬 The left ventricular ejection fraction, or LVEF, measures how much blood the left ventricle pumps out during contraction. For example, an LVEF of 64% means the left ventricle ejects 64% of the blood volume it contains at the end of filling, while about 36% remains inside before the next heartbeat refills it. A value of 64% is within the usual normal range. Blood then follows a precise route through the heart. Oxygen-poor blood returns from the upper and lower body to the right atrium, passes into the right ventricle, and is pumped to the lungs. After receiving oxygen in the lungs, blood returns to the left atrium, moves into the left ventricle, and is pumped through the aorta to supply the body. In this animation, blue represents oxygen-poor blood and red represents oxygen-rich blood. This is a visual guide only—real oxygen-poor blood is dark red, not blue. Scientific note: Ejection fraction refers specifically to the proportion of blood ejected from the left ventricle during systole; it does not mean the heart should become empty after every beat. A typical normal left-ventricular ejection fraction is about 55%–70%. ────────── Professional medical education content. This video is carefully prepared to present anatomy, physiology, and healthcare topics in a scientific, respectful, and viewer-friendly format for public health awareness. ────────── 🎥 Video created by 🩺  @drbahaadmour ⚡ CEO & Founder of Smart Doctor Dr. Bahaa Dmour ────────── #Anatomy #Smartdoctor1 #DrBahaaDmour #Education #Medicina #Anatomía #Heart #Anatomi #Doctor #cardio #anatomia #education #anatomi #HeartAnatomy #BloodFlow #CardiacCycle #cardiology #SpinalCord #neuroanatomysupport #CentralNervousSystem
64% Out, 36% Stays | Inside a Heartbeat 🫀🔄 ────────── Your heart does not empty completely with every beat. 🔬 The left ventricular ejection fraction, or LVEF, measures how much blood the left ventricle pumps out during contraction. For example, an LVEF of 64% means the left ventricle ejects 64% of the blood volume it contains at the end of filling, while about 36% remains inside before the next heartbeat refills it. A value of 64% is within the usual normal range. Blood then follows a precise route through the heart. Oxygen-poor blood returns from the upper and lower body to the right atrium, passes into the right ventricle, and is pumped to the lungs. After receiving oxygen in the lungs, blood returns to the left atrium, moves into the left ventricle, and is pumped through the aorta to supply the body. In this animation, blue represents oxygen-poor blood and red represents oxygen-rich blood. This is a visual guide only—real oxygen-poor blood is dark red, not blue. Scientific note: Ejection fraction refers specifically to the proportion of blood ejected from the left ventricle during systole; it does not mean the heart should become empty after every beat. A typical normal left-ventricular ejection fraction is about 55%–70%. ────────── Professional medical education content. This video is carefully prepared to present anatomy, physiology, and healthcare topics in a scientific, respectful, and viewer-friendly format for public health awareness. ────────── 🎥 Video created by 🩺 @drbahaadmour ⚡ CEO & Founder of Smart Doctor Dr. Bahaa Dmour ────────── #Anatomy #Smartdoctor1 #DrBahaaDmour #Education #Medicina #Anatomía #Heart #Anatomi #Doctor #cardio #anatomia #education #anatomi #HeartAnatomy #BloodFlow #CardiacCycle #cardiology #SpinalCord #neuroanatomysupport #CentralNervousSystem

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