Biomod/2014/Fukuoka: Difference between revisions

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<td cellspacing="10" cellpadding="10" width="1055" width="180" height="60" bgcolor="#BAD3FF"><a href="http://openwetware.org/wiki/Biomod/2014/Fukuoka"><B><font face=cursive color="#003366" size="3">Top</font></B></a></td>
<td cellspacing="10" cellpadding="10" width="1055" width="180" height="60" bgcolor="#BAD3FF"><a href="http://openwetware.org/wiki/Biomod/2014/Fukuoka"><B><font face=cursive color="#FF6633" size="3">Top</font></B></a></td>
<td cellspacing="10" cellpadding="10" width="1055" width="180" bgcolor="#BAD3FF"><a href="fit_Introduction.html"><B><font face=cursive color="#003366" size="3">Introduction</font></B></a></td>
<td cellspacing="10" cellpadding="10" width="1055" width="180" bgcolor="#BAD3FF"><a href="fit_Introduction.html"><B><font face=cursive color="#003366" size="3">Introduction</font></B></a></td>
<td cellspacing="10" cellpadding="10" width="1055" width="180" bgcolor="#BAD3FF"><a href="fit_Approach and Goals.html"><B><font face=cursive  color="#003366" size="3" >Approach and Goals</font></B></a></td>
<td cellspacing="10" cellpadding="10" width="1055" width="180" bgcolor="#BAD3FF"><a href="fit_Approach and Goals.html"><B><font face=cursive  color="#003366" size="3" >Approach and Goals</font></B></a></td>
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<h2 p style="background:#BAD3FF; color:#003366;"><font face=cursive size="5"><B> Abstract  </font></B></p></h2>
<h3>我々は DNA の相補的塩基対形成を利用して「ナノ黒ひげ危機一髪」を作成する。黒ひげ危
機一髪は、人形が入った樽の特定箇所に剣を刺したときに人形が離れて飛んでいく玩具で
ある。まず樽部分の DNA を、ミスマッチを含む相補 DNA の人形と結合させておく。そこ
に樽部分 DNA と完全相補となる剣 DNA を加えると、樽と剣が相補鎖を形成し頭部が離脱
する。DNA おりがみ技術でこれらを作成することも検討したが、観察面、コスト面から現
実的ではない。そこで安価に合成可能でかつ観察が容易な、DNA 修飾シリカ粒子を利用す
る。これまでに、ゾルゲル反応によるメソポーラスシリカ球の合成と表面への DNA 修飾を
行い、また蛍光分子修飾 DNA を用いて相補鎖形成の確認をした。本研究は、特定の DNA
分子情報に応答する物質の選択的放出制御装置と見なすも事もでき、ドラッグデリバリー
システムや分子情報増幅などへの応用も期待できる。</h3>


<h2 p style="background:#FFFFFF; color:#003366;"><font face=cursive size="5"><B> Abstract  </font></B></p></h2>
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<p>
<h3>&nbsp; We create “nano Pop-up Pirate “using by the complementary DNA base-pairing. Pop-up Pirate is a famous Japanese toy. A doll is sitting on the Barrel. Players stab the sword to when player stabs to the specific point, the doll will fly away from a barrel.


<br>
 Fluorescence labeled DNA was bound to the porous silica particle, of the barrel. And different fluorescence labeled mismatched DNA who is a doll in bound to the Barrel DNA. When mismatched DNA that is a sward in added, mismatched DNA would be released.
<br>
 Two fluorescence reagents are constructed the FRET system, and used in the detection of the states of DNAs. This system is applicable for the Drug Delivery systems .A porous silica is a container .DNA system is a drug release regulation. Free system is a drug release detection.</h3></p></div>


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image figure...
[[Image:Dnakurohige.gif|320px|thumb|center|fig.3-1]]
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Revision as of 11:56, 29 August 2014

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<div id="header"><h1><p style="background:#CCFFFF; color:purple;"><font face=cursive size="6"><B> Team FIT </font> </B></p></a></h1></div>





<table> <tr align="center"> <td cellspacing="10" cellpadding="10" width="1055" width="180" height="60" bgcolor="#BAD3FF"><a href="http://openwetware.org/wiki/Biomod/2014/Fukuoka"><B><font face=cursive color="#FF6633" size="3">Top</font></B></a></td> <td cellspacing="10" cellpadding="10" width="1055" width="180" bgcolor="#BAD3FF"><a href="fit_Introduction.html"><B><font face=cursive color="#003366" size="3">Introduction</font></B></a></td> <td cellspacing="10" cellpadding="10" width="1055" width="180" bgcolor="#BAD3FF"><a href="fit_Approach and Goals.html"><B><font face=cursive color="#003366" size="3" >Approach and Goals</font></B></a></td> <td cellspacing="10" cellpadding="10" width="1055" width="180" bgcolor="#BAD3FF"><a href="fit_Method.html"><B><font face=cursive color="#003366" size="3">Method</font></B></a></td> <td cellspacing="10" cellpadding="10" width="1300" width="180" bgcolor="#BAD3FF"><a href="fit_Results and Discussion.html"><B><font face=cursive color="#003366" size="3">Results and Discussion</font></B></a></td> <td cellspacing="10" cellpadding="10" width="1055" width="180" bgcolor="#BAD3FF"><a href="fit_Member.html"><B><font face=cursive color="#003366" size="3">Member</font></B></a></td> <td cellspacing="10" cellpadding="10" width="1055" width="180" bgcolor="#BAD3FF"><a href="fit_Sponsor.html"><B><font face=cursive color="#003366" size="3">Sponsor</font></B></a></td> </tr></table>



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<h2 p style="background:#FFFFFF; color:#003366;"><font face=cursive size="5"><B> Abstract </font></B></p></h2>

<div style="padding: 35px;">

<p> <h3>&nbsp; We create “nano Pop-up Pirate “using by the complementary DNA base-pairing. Pop-up Pirate is a famous Japanese toy. A doll is sitting on the Barrel. Players stab the sword to when player stabs to the specific point, the doll will fly away from a barrel.

<br>  Fluorescence labeled DNA was bound to the porous silica particle, of the barrel. And different fluorescence labeled mismatched DNA who is a doll in bound to the Barrel DNA. When mismatched DNA that is a sward in added, mismatched DNA would be released.

<br>  Two fluorescence reagents are constructed the FRET system, and used in the detection of the states of DNAs. This system is applicable for the Drug Delivery systems .A porous silica is a container .DNA system is a drug release regulation. Free system is a drug release detection.</h3></p></div>


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