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Introduction to the meaning of various roots, terms and combining forms that are components of medical words
02:10:25 Hours
Last updated Mon, 24-Feb-2025
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It provide the fundamental knowledge of biomechanics of human movement and posture related to joint ,levers,muscles,forces,resistances
107:19:17 Hours
Last updated Mon, 24-Feb-2025
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the microscopic study of tissues and organs through sectioning, staining, and examining those sections under a microscope.
36:09:34 Hours
Last updated Mon, 24-Feb-2025
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238:07:52 Hours
Last updated Mon, 24-Feb-2025
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the microscopic study of tissues and organs through sectioning, staining, and examining those sections under a microscope.
23:02:52 Hours
Last updated Mon, 24-Feb-2025
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223:41:52 Hours
Last updated Mon, 24-Feb-2025
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530:09:19 Hours
Last updated Mon, 24-Feb-2025
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شرح كورس الباثولوجي لطلبة كلية علاج طبيعي حورس بالتفصيل
62:26:00 Hours
Last updated Thu, 12-Dec-2024
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شرح منهج جراحة القلب والصدر لطلبة جامعة حورس كلية علاج طبيعي
42:30:00 Hours
Last updated Thu, 12-Dec-2024
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Skeletal Anatomy: Study of bones in the shoulder, arm, forearm, wrist, and hand. Muscle Anatomy: Analysis of muscles responsible for movement, including flexors, extensors, and rotators. Nervous System: Overview of major nerves like the brachial plexus and their role in motor and sensory function. Vascular Anatomy: Blood supply of the upper limb, including major arteries (e.g., brachial, radial, ulnar) and veins. Joints and Movements: Study of the shoulder, elbow, wrist, and hand joints, along with their range of motion and function. Clinical Correlations: Pathologies and injuries affecting the upper limb, such as fractures, nerve damage, and conditions like carpal tunnel syndrome.
84:18:24 Hours
Last updated Mon, 24-Feb-2025
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Cell Biology: Structure and function of cells, cellular processes like metabolism, reproduction, and communication. Genetics: Principles of inheritance, DNA structure and function, genetic variation, and molecular biology.
34:43:30 Hours
Last updated Sun, 02-Feb-2025
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A Physiology course focuses on the study of how living organisms function, with an emphasis on the normal processes and mechanisms within the human body. Topics typically include the function of organs and systems such as the cardiovascular, respiratory, nervous, and digestive systems, as well as cellular processes, homeostasis, and regulation. The course combines theoretical learning with practical applications to understand how the body maintains health and responds to changes or diseases.
23:14:51 Hours
Last updated Mon, 24-Feb-2025
These are the most latest courses among listen courses learners worldwide
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00:27:33 Hours
Last updated Wed, 12-Mar-2025
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CONTENT Faradic current Diadynamic current Low intensity direct current High voltage pulsed current Neuromuscular electrical stimulation Hyperbaric oxygen and wound healing LASER Ultravilot Pulsed electromagnetic field Body contouring techniques Acupuncture
01:08:02 Hours
Last updated Tue, 04-Mar-2025
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provide fundamental knowledge of biomechanics of the human movement and posture related to joint , lever , muscles ,forces and resistance
02:37:16 Hours
Last updated Mon, 24-Feb-2025
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1. Hip Region and Thigh - Hip joint anatomy and biomechanics - Muscles of the hip and thigh (quadriceps, hamstrings, adductors) - Femoral triangle and neurovascular structures - Major nerves: femoral, sciatic, obturator 2. Leg (Between Knee and Ankle) - Knee joint anatomy and mechanics - Anterior, posterior and lateral compartments - Major muscles: gastrocnemius, soleus, tibialis anterior - Neurovascular structures - Deep veins and lymphatics 3. Foot and Ankle - Ankle joint complex - Intrinsic foot muscles - Arches of the foot - Plantar fascia - Retinacula and tendon sheaths 4. Clinical Correlations - Common injuries and conditions - Gait analysis - Surface anatomy and landmarks - Clinical examination techniques
01:40:25 Hours
Last updated Mon, 24-Feb-2025
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Hours
Last updated Mon, 24-Feb-2025
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00:37:56 Hours
Last updated Mon, 24-Feb-2025
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00:33:16 Hours
Last updated Mon, 24-Feb-2025
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1. Hip Region and Thigh - Hip joint anatomy and biomechanics - Muscles of the hip and thigh (quadriceps, hamstrings, adductors) - Femoral triangle and neurovascular structures - Major nerves: femoral, sciatic, obturator 2. Leg (Between Knee and Ankle) - Knee joint anatomy and mechanics - Anterior, posterior and lateral compartments - Major muscles: gastrocnemius, soleus, tibialis anterior - Neurovascular structures - Deep veins and lymphatics 3. Foot and Ankle - Ankle joint complex - Intrinsic foot muscles - Arches of the foot - Plantar fascia - Retinacula and tendon sheaths 4. Clinical Correlations - Common injuries and conditions - Gait analysis - Surface anatomy and landmarks - Clinical examination techniques
01:11:34 Hours
Last updated Mon, 24-Feb-2025
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Molecular biology studies how various cellular components work together and interact at the molecular level, with a particular focus on DNA, RNA, and proteins. DNA stores genetic information in sequences of nucleotide bases (A, T, C, G). Through a process called transcription, this information is copied to RNA, which then undergoes translation to create proteins - the workhorses of cells that perform most biological functions. Key processes include: 1. DNA replication - making exact copies of genetic material before cell division 2. Gene expression - regulating when and how genes are turned on/off 3. Protein synthesis - assembling amino acids into functional proteins 4. Cell signaling - how cells communicate and respond to their environment Modern molecular biology techniques like PCR, gene sequencing, and CRISPR have revolutionized our understanding of genetics and enabled breakthroughs in medicine, biotechnology, and research.
00:51:33 Hours
Last updated Mon, 24-Feb-2025
Gather your thoughts, and make your decisions clearly
1
No matter how tough things get, remember that challenges are just stepping stones on the path to success. Keep pushing forward, and you’ll rise above every obstacle.
3
Progress is progress, no matter how small. Even on days when it feels hard, keep moving forward—every step brings you closer to your goals.
4
Believing in yourself is the first step towards achieving greatness. Trust your abilities, and watch how your confidence shapes your reality.
5
Your strength is not measured by how easily you overcome challenges but by your willingness to face them head-on. Embrace the struggles—they’re making you stronger.
6
Every big achievement starts with a small step. Don’t be afraid to dream big, but remember to take those small steps to get there.
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