DNA and RNA Base Pairing Rules - Peekskill City School
DNA and RNA Base Pairing Rules DNA to DNA • Possible Bases: Adenine, Thymine, Cytosine, Guanine • G↔C, A↔T • A and G are purines (double‐ring), C and T are pyrimidines (single‐ring)
Have Your DNA and Eat it Too - University of Utah
Sequence 1: T A C G T A T G A A A C-or-Sequence 2: T G G T T T A G A A T T 2 Assemble one side of your DNA molecule A piece of licorice will form the backbone and marshmallows will be the chemical bases Place a marshmallow on the end of a toothpick so that the point of the toothpick goes all the way through Anchor the
mutations Worksheet KEY - University of Missouri
Original DNA Sequence: T A C A C C T T G G C G A C G A C T mRNA Sequence: A U G U G G A A C C G C U G C U G A Amino Acid Sequence: METHIONINE -TRYPTOPHAN - ASPARAGINE - ARGININE- CYSTEINE - (STOP) Amino Acid Properties: Hydrophobic-Hydrophobic-Hydrophilic-Positively charged-hydrophilic
DNA : T A C G C G T A T A C C G A C A T T Transcription will
DNA : T A C G C G T A T A C C G A C A T T Transcription will make mRNA from DNA mRNA: A U G C G C _____ Transcription will join amino acids to make the protein Methionine - Arginine - _____ Translation: Three letters of mRNA = a codon A codon “codes” for an amino acid
Lecture Notes for Laplace Transform
Deflnition: Given a function f(t), t ‚ 0, its Laplace transform F(s) = Lff(t)g is deflned as F(s) = Lff(t)g: = Z 1 0 e¡stf(t)dt = lim: A1 Z A 0 e¡stf(t)dt We say the transform converges if the limit exists, and diverges if not Next we will give examples on computing the Laplace transform of given functions by deflni-tion Example 1 f
Auburn University, USA Trinity University, USA
Let X = C[a,b], endowed with the folllowing metric d 1(f, g) = Z b a jf(t) g(t)jdt where the integral is in the sense of Riemann (C[a,b],d 1) is a metric space Note that (C[a,b],d 1) and (C[a,b],d¥) are two distinct metric spaces Definition 2 2 A sequence in a metric space (X,d)is a mapping from the natural numbers N into X, usually
DELETION INSERTION FRAMESHIFT POINT MUTATION changes MISSENSE
Mutated DNA Sequence #2: T A C G A C C T T G G C G A C G A C T What’s the mRNA sequence? A U G C U G G A A C C G C U G C U G A What will be the amino acid sequence? MET - LEU -GLU– PRO-LEU-LEU Will there likely be effects? YES What kind of mutation is this? INSERTION - FRAME SHIFT Mutated DNA Sequence #3: T A C A C C T T A G C G A C G A C T
2 0 2 1 N C A A D i v i s i o n I Wr e s t l i n g C h a m p
2 0 2 1 N C A A D i v i s i o n I Wr e s t l i n g C h a m p i o n s h i p s 1 3 3 C H A M P I O N S H I P T h u r s d a y M o r n i n g T h u r s d a y N i g h t F r
Geometrical Dimensioning & Tolerancing (GD&T)
1 Find T H, T s, Allowance, C max, C min, and what kind of fit it is ? Hole F 66 upper deviation +0 051, lower deviation 0 0 Shaft F 66 upper deviation -0 024, lower deviation -0 050 2 Find T H, T s, Allowance, C max, I max, and what kind of fit it is ? Hole F 32 upper deviation +0 021, lower deviation 0 0
Si5328 Data Sheet: ITU-T G8262 Synchronous Ethernet Jitter
ITU-T G 8262 SYNCHRONOUS ETHERNET JITTER-ATTENUATING CLOCK MULTIPLIER Features Applications Description The Si5328 is a jitter-attenuating precision clock multiplier for Synchronous Ethernet applications requiring sub 1 ps jitter performance and ultra-low loop bandwidth When combined with a low-wander, low-
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