By Theodore X. O'Connell
If you happen to know the entire thoughts in Crush Step 1: the last word USMLE Step 1 Review, you'll want to do far better than pass USMLE Step 1: you need to Crush it! Led by means of Theodore X. O'Connell, MD, the writer of the best-selling USMLE Step 2 Secrets and Brochert's overwhelm Step 2, this concentrated, high-yield evaluate of middle content material and try prep options is the best USMLE Step 1 education available for this high-stakes examination. Written and reviewed by means of scholars, citizens, and specialists, Crush Step 1 is the source you must ranking high!
- Focus on crucial suggestions and grasp them efficiently with up to date, easy-to-read, high-yield insurance of the entire fabric confirmed at the exam.
- Ensure your comprehension with USMLE Step 1 perform questions following key sections in addition to rapid-review high-yield boxes.
- Learn how one can examine for USMLE Step 1 with a extra strategic approach via a different specialize in making a choice on and knowing query stems rather than memorizing buzz words.
- Spend extra time learning and no more time searching due to a well-written, simply obtainable technique, with lots of necessary lists and tables to focus on high-yield data.
- Depend at the relevance and accuracy of the content because of oversight by way of authors who scored in the 99th percentile at the USMLE Step 1 examination and assessment forums made out of scholars, citizens, and faculty.
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2-7): u= Vmax [S] , Km +[S] where Km is the substrate concentration at which the reaction rate is 12 Vmax , v is the velocity of the reaction, and [S] is the substrate concentration. A higher Km means a lower affinity of the substrate for the enzyme. Vmax 1/v Initial velocity (v) 4 1 3 2 Vmax 2 4 3 2 1/Vmax = Y intercept 1 A Km [S] B –1/Km = X intercept 1/[S] Figure 2-7 Michaelis-Menton enzyme kinetics. A, Substrate concentration [S] versus initial velocity (V) for a reaction with Michaelis-Menton kinetics with a constant enzyme concentration.