Math Questions
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* What is the distribution of the number of flips required, if each flip is random?<br> | * What is the distribution of the number of flips required, if each flip is random?<br> | ||
* What designs might allow us to track flips made?<br> | * What designs might allow us to track flips made?<br> | ||
| - | * Can we | + | * Can we model the distance of RE from pancake vs. time or number of flips<br> |
* Can we model the kinetics of n flips?<br> | * Can we model the kinetics of n flips?<br> | ||
* Is it possible to simulate the impact of one-time flipping lox/hix sites?<br> | * Is it possible to simulate the impact of one-time flipping lox/hix sites?<br> | ||
* Help us design the fewest number of constructs that will allow us to scale up the number of flips in our constructs (1, 2, 3, 4...n) | * Help us design the fewest number of constructs that will allow us to scale up the number of flips in our constructs (1, 2, 3, 4...n) | ||
* How can we count the number of Flips? (even vs. odd only?)<br> | * How can we count the number of Flips? (even vs. odd only?)<br> | ||
| - | * Can we use antibiotic resistence percentage (100% vs. 50% to determine number of flips for a single pancake? | + | * Can we use antibiotic resistence percentage (100% vs. 50%) to determine number of flips for a single pancake? |
* Can we create "dummy" pieces of DNA to measure rate and frequency of flipping? | * Can we create "dummy" pieces of DNA to measure rate and frequency of flipping? | ||
| + | This is a biology question. The math question would be: Can we measure the rate and frequency of flipping using "dummy" pieces of DNA? | ||
* Can we create a series of target sites (e.g. LLLLL --------- RRRRRR) such that any one of several flip sites can be chosen and if hixC is dead end, we could continue flipping? | * Can we create a series of target sites (e.g. LLLLL --------- RRRRRR) such that any one of several flip sites can be chosen and if hixC is dead end, we could continue flipping? | ||
Latest revision as of 13:16, 14 June 2006
- What is the distribution of the number of flips required, if each flip is random?
- What designs might allow us to track flips made?
- Can we model the distance of RE from pancake vs. time or number of flips
- Can we model the kinetics of n flips?
- Is it possible to simulate the impact of one-time flipping lox/hix sites?
- Help us design the fewest number of constructs that will allow us to scale up the number of flips in our constructs (1, 2, 3, 4...n)
- How can we count the number of Flips? (even vs. odd only?)
- Can we use antibiotic resistence percentage (100% vs. 50%) to determine number of flips for a single pancake?
- Can we create "dummy" pieces of DNA to measure rate and frequency of flipping?
This is a biology question. The math question would be: Can we measure the rate and frequency of flipping using "dummy" pieces of DNA?
- Can we create a series of target sites (e.g. LLLLL --------- RRRRRR) such that any one of several flip sites can be chosen and if hixC is dead end, we could continue flipping?
