The sequence-to-sequence transformation σ n = 1 P n ∑ v = 0 n p v s v (2).
The sequence-to-sequence transformation t n N = 1 P n ∑ k = 0 n p n − k s k (1.1).
The sequence-to-sequence transformation t n = 1 P n ∑ v = 0 n p v s v (2).
We will examine double sequence to double sequence transformation of independent identically distribution random variables with respect to four-dimensional summability matrix methods.
The sequence to sequence transformation t n N = ∑ ν = 0 n p n − ν s ν / P n defines the sequence { t n N } of Nörlund means of the sequence { s n }, generated by the sequence of coefficients { p n }.
Then A defines the sequence-to-sequence transformation, mapping the sequence s = ( s n ) to A s = ( A n ( s ) ), where A n ( s ) = ∑ v = 0 n a n v s v, n = 0, 1, …. (4).
Let (sum_{n=0}^{infty }a_{n}) be an infinite series with sequence of partial sums (lbrace {s_{n}}rbrace ) and the nth sequence to sequence transformation (mean) of (lbrace {s_{n}}rbrace ) be given by (u_{n}) s.t.
At that time T describes the sequence-to-sequence transformation, mapping the sequence (s=(s_{n})) to (Ts=(T_{n}(s))), where T_{n}(s)=sum_{v=0}^{n}t_{nv}s_{v}, quad n=0,1,ldots (1) Let ((varphi_{n})) be any sequence of positive real numbers.
In order to identify an E. coli isolate with the integron situated on a plasmid to facilitate DNA sequencing of the intI1 gene and flanking sequence, transformation studies were performed.
Additional markers were developed for sequenced transformation competent artificial chromosome and bacterial artificial chromosome clones by searching for microsatellite sequences with the help of WebSat.
With the availability of the entire carrot plastid genome sequence, it will now be possible to incorporate native translation regulatory sequences into transformation constructs to further enhance foreign protein accumulation in carrot plastids.
