• GARGANTUAN NACHO DEEP DISH SALSA

    Ingredients:
    1 lb seasoned ground beef
    ½ cup black beans (optional)
    1½ cups shredded cheddar or Mexican blend
    ½ cup chunky salsa
    1 deep dish crust or tortilla base
    Optional: sour cream, jalapeños, cilantro

    Instructions:
    1⃣ Cook beef with seasoning.
    2⃣ Spread salsa on crust, layer beef, beans & cheese.
    3⃣ Bake at 425°F (220°C) for 18–20 min till bubbly & golden.
    4⃣ Top with sour cream, jalapeños & cilantro if desired.

    Prep: 10 min | Cook: 20 min | Total: 30 min | Serves: 4–6 fiesta fans
    GARGANTUAN NACHO DEEP DISH SALSA Ingredients: 1 lb seasoned ground beef ½ cup black beans (optional) 1½ cups shredded cheddar or Mexican blend ½ cup chunky salsa 1 deep dish crust or tortilla base Optional: sour cream, jalapeños, cilantro Instructions: 1⃣ Cook beef with seasoning. 2⃣ Spread salsa on crust, layer beef, beans & cheese. 3⃣ Bake at 425°F (220°C) for 18–20 min till bubbly & golden. 4⃣ Top with sour cream, jalapeños & cilantro if desired. Prep: 10 min | Cook: 20 min | Total: 30 min | Serves: 4–6 fiesta fans
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  • Overview of Five major techniques used in brain imaging, each with its unique purpose, strengths, and limitations:

    1. X-Ray

    Use: Primarily for imaging bones; not ideal for soft tissue like the brain.

    Fact: X-rays pass through soft tissue but are absorbed by denser structures like bone, making them suitable for detecting skull fractures.

    Limitation: Cannot show brain structures or abnormalities in detail.

    ---

    2. CT (Computed Tomography) Scan

    Use: Cross-sectional images of the brain using X-ray technology.

    Fact: Good for detecting bleeding, tumors, and skull fractures.

    Limitation: Less detail on soft tissues compared to MRI.

    ---

    3. MRI (Magnetic Resonance Imaging)

    Use: Provides detailed images of brain soft tissues using magnetic fields and radio waves.

    Fact: Excellent for detecting tumors, brain injuries, developmental anomalies, and multiple sclerosis.

    Limitation: More expensive and time-consuming than CT.

    ---

    4. MRA (Magnetic Resonance Angiography)

    Use: Visualizes blood vessels in the brain.

    Fact: Often used to detect aneurysms, blockages, or vascular malformations.

    Limitation: Requires specialized equipment and often a contrast agent.

    ---

    5. PET Scan (Positron Emission Tomography)

    Use: Assesses brain metabolism and activity.

    Fact: Commonly used in Alzheimer's research, cancer detection, and epilepsy diagnosis.

    Limitation: Involves radioactive tracers and is less spatially detailed than MRI.
    Overview of Five major techniques used in brain imaging, each with its unique purpose, strengths, and limitations: 1. X-Ray Use: Primarily for imaging bones; not ideal for soft tissue like the brain. Fact: X-rays pass through soft tissue but are absorbed by denser structures like bone, making them suitable for detecting skull fractures. Limitation: Cannot show brain structures or abnormalities in detail. --- 2. CT (Computed Tomography) Scan Use: Cross-sectional images of the brain using X-ray technology. Fact: Good for detecting bleeding, tumors, and skull fractures. Limitation: Less detail on soft tissues compared to MRI. --- 3. MRI (Magnetic Resonance Imaging) Use: Provides detailed images of brain soft tissues using magnetic fields and radio waves. Fact: Excellent for detecting tumors, brain injuries, developmental anomalies, and multiple sclerosis. Limitation: More expensive and time-consuming than CT. --- 4. MRA (Magnetic Resonance Angiography) Use: Visualizes blood vessels in the brain. Fact: Often used to detect aneurysms, blockages, or vascular malformations. Limitation: Requires specialized equipment and often a contrast agent. --- 5. PET Scan (Positron Emission Tomography) Use: Assesses brain metabolism and activity. Fact: Commonly used in Alzheimer's research, cancer detection, and epilepsy diagnosis. Limitation: Involves radioactive tracers and is less spatially detailed than MRI.
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