Platelets

The carpenter used platelets to reinforce the wooden beams.

The bookshelf was held together by small platelets of steel.

The jewelry maker used small platelets of gold to create a beautiful necklace.

The factory worker used platelets to reinforce the fragile ceramic pieces.

The manufacturer used platelets to strengthen the plastic containers.

The designer used thin platelets of acrylic to create a unique lampshade.

The bridge's weight was supported by thick platelets of iron.

The laptop's casing was made of durable platelets of carbon fiber.

The lab technician stained the platelets with a special dye to make them easier to see.

The biology lab technician identified the platelets in the blood smear slide.

The science teacher showed us how to prepare a slide with platelets for microscope examination.

The pathologist examined the platelets in the tissue sample for signs of disease.

The hematologist explained to the patient the importance of platelets in blood clotting.

The researcher mounted the platelets onto a microscope slide for examination.

The technician carefully placed the platelets onto the microscope slide without damaging them.

The doctor examined a sample of my blood using a slide with platelets.

The scientist examined the platelets under the microscope.

The lab assistant stained the platelets on the slide to make them more visible.

The mechanic adjusted the platelets to level the machine.

The construction worker used the platelets to level the foundation.

The scientist placed the glass slide on the platelets for examination.

The carpenter used the platelets to hold the wood in place while sawing.

The technician adjusted the platelets to ensure the microscope was stable.

The electrician secured the wiring to the platelets.

The artist used various platelets to create an intricate design on the metal surface.

The book cover was adorned with delicate, metallic platelets.

The clockmaker carefully arranged the tiny platelets to create a stunning watch face.

The jeweler used a torch to solder the tiny platelets together to form a bracelet.

The metalworker hammered the platelets into shape, creating a sturdy and durable base for the sculpture.

The metalworker used various sizes and shapes of platelets to create intricate designs on the armor.

The printing press operator carefully arranged the platelets to ensure a clean and even print.

The artist used platelets to create a unique texture on the surface of the painting.

The jewelry designer used delicate gold platelets to create a stunning necklace.

The printer replaced the worn-out platelets with new ones for better quality prints.

The jeweler crafted a stunning necklace using tiny, glittering platelets.

The decorative platelets on the picture frame added an elegant touch to the artwork.

The printing press needed new platelets for the next print run.

The decorative platelets on the car's exterior gave it a sleek and modern look.

The scientist studied the platelets under a microscope to understand their structure.

Platelets can sometimes cause blood clots, which can be dangerous.

Platelets are produced in bone marrow and released into the bloodstream.

Platelets help stop bleeding when you get a cut.

Platelet function tests can determine how well the platelets are working.

Without platelets, our bodies wouldn't be able to stop bleeding.

Platelets are important for the clotting of blood.

The musician adjusted the platelets to position the instrument correctly.

The chef placed the dish on the platelets for presentation.

The artist used the platelets to support the canvas while painting.

The injury caused the platelets to stick together and form a clot.

The medical researcher was fascinated by the behavior of platelets under the microscope.