A forensic scientist needs to determine whether the DNA left at a crime scene was left by one of the suspects in the crime. How can restriction enzymes help determine if the DNA was from the suspect? a. Use restriction enzymes to produce fragments that can be compared using DNA microarray tests.
b. Use restriction enzymes to separate the nucleic acids so percentages can be compared between samples.
c. Use restriction enzymes to cut the suspect’s DNA into the same size fragments as the unknown sample.
d. Use restriction enzymes to replicate and increase the quantity of genetic material recovered from the crime scene.

Fill in the blank 1. digestion occurs in the small intestine through the action of enzymes. 2. urea, excess water, and other waste materials are eliminated in a water fluid called 3. can cause infections by injecting dna or rna into hosts. 4. the human immune system produces in response to a vaccine, which later can bind to and destroy a pathogen if it invades. 5. are structures that link bone to bone at a joint 6. in the heart, blood flows from the right atrium to the right ventricle, where it is pumped to the the words i can use are: lymphocytes gliding pivot gas urine absorption dermis fulcrum lungs chemical viruses capillary vertebrae esophagus tendons antibodies synapses ligaments kidneys pathogens

The more rapidly sedimentation occurs, the more likely it is that the remains will successfully form a fossil. as sedimentation continues, what happens to the amount of weight settling onto the organism? stays the same increases decreases cuts in half

The starting materials in a nuclear change have a total mass of 2.3465 x 10-27 kg. after the change, the resulting materials have a mass of 2.3148 x 10-27 kg. how much energy was released during the change? 2.85 x 10-12 2.08 * 10-10 j 0 211 * 10-10 j 8.56 * 10-43