Please read the following table in HTML format from a webpage and then answer the question in detail according to the table. Each table cell is defined by a <td> and a </td> tag. Each table row starts with a <tr> and ends with a </tr> tag. 'rowspan=m' and 'colspan=n' represents a cell spaning over 'm' rows and 'n' columns.

Webpage title:
Seaborgium
Table title:
Isotopes
Table:
<table id='hittask' contenteditable='False'>
<tr> <th colspan=1 rowspan=1 > Isotope </th><th colspan=1 rowspan=1 > Half-life </th><th colspan=1 rowspan=1 > Decay mode </th><th colspan=1 rowspan=1 > Discovery year </th><th colspan=1 rowspan=1 > Reaction </th></tr>
<tr> <td colspan=1 rowspan=1 > 258Sg </td><td colspan=1 rowspan=1 > 3 ms </td><td colspan=1 rowspan=1 > SF </td><td colspan=1 rowspan=1 > 1994 </td><td colspan=1 rowspan=1 > 209Bi(51V,2n) </td></tr>
<tr> <td colspan=1 rowspan=1 > 259Sg </td><td colspan=1 rowspan=1 > 600 ms </td><td colspan=1 rowspan=1 > α </td><td colspan=1 rowspan=1 > 1985 </td><td colspan=1 rowspan=1 > 207Pb(54Cr,2n) </td></tr>
<tr> <td colspan=1 rowspan=1 > 260Sg </td><td colspan=1 rowspan=1 > 4 ms </td><td colspan=1 rowspan=1 > SF, α </td><td colspan=1 rowspan=1 > 1985 </td><td colspan=1 rowspan=1 > 208Pb(54Cr,2n) </td></tr>
<tr> <td colspan=1 rowspan=1 > 261Sg </td><td colspan=1 rowspan=1 > 200 ms </td><td colspan=1 rowspan=1 > α, EC, SF </td><td colspan=1 rowspan=1 > 1985 </td><td colspan=1 rowspan=1 > 208Pb(54Cr,n) </td></tr>
<tr> <td colspan=1 rowspan=1 > 261mSg </td><td colspan=1 rowspan=1 > 92 μs </td><td colspan=1 rowspan=1 > IT </td><td colspan=1 rowspan=1 > 2009 </td><td colspan=1 rowspan=1 > 208Pb(54Cr,n) </td></tr>
<tr> <td colspan=1 rowspan=1 > 262Sg </td><td colspan=1 rowspan=1 > 7 ms </td><td colspan=1 rowspan=1 > SF, α </td><td colspan=1 rowspan=1 > 2001 </td><td colspan=1 rowspan=1 > 270Ds(—,2α) </td></tr>
<tr> <td colspan=1 rowspan=1 > 263Sg </td><td colspan=1 rowspan=1 > 1 s </td><td colspan=1 rowspan=1 > α </td><td colspan=1 rowspan=1 > 1994 </td><td colspan=1 rowspan=1 > 271Ds(—,2α) </td></tr>
<tr> <td colspan=1 rowspan=1 > 263mSg </td><td colspan=1 rowspan=1 > 120 ms </td><td colspan=1 rowspan=1 > α, SF </td><td colspan=1 rowspan=1 > 1974 </td><td colspan=1 rowspan=1 > 249Cf(18O,4n) </td></tr>
<tr> <td colspan=1 rowspan=1 > 264Sg </td><td colspan=1 rowspan=1 > 37 ms </td><td colspan=1 rowspan=1 > SF </td><td colspan=1 rowspan=1 > 2006 </td><td colspan=1 rowspan=1 > 238U(34Si,4n) </td></tr>
<tr> <td class="highlighted"  colspan=1 rowspan=1 > 265Sg </td><td colspan=1 rowspan=1 > 8 s </td><td colspan=1 rowspan=1 > α </td><td colspan=1 rowspan=1 > 1993 </td><td class="highlighted"  colspan=1 rowspan=1 > 248Cm(22Ne,5n) </td></tr>
<tr> <td class="highlighted"  colspan=1 rowspan=1 > 265mSg </td><td colspan=1 rowspan=1 > 16.2 s </td><td colspan=1 rowspan=1 > α </td><td colspan=1 rowspan=1 > 1993 </td><td class="highlighted"  colspan=1 rowspan=1 > 248Cm(22Ne,5n) </td></tr>
<tr> <td colspan=1 rowspan=1 > 266Sg </td><td colspan=1 rowspan=1 > 360 ms </td><td colspan=1 rowspan=1 > SF </td><td colspan=1 rowspan=1 > 2004 </td><td colspan=1 rowspan=1 > 270Hs(—,α) </td></tr>
<tr> <td colspan=1 rowspan=1 > 267Sg </td><td colspan=1 rowspan=1 > 1.4 min </td><td colspan=1 rowspan=1 > SF, α </td><td colspan=1 rowspan=1 > 2004 </td><td colspan=1 rowspan=1 > 271Hs(—,α) </td></tr>
<tr> <td colspan=1 rowspan=1 > 269Sg </td><td colspan=1 rowspan=1 > 14 min </td><td colspan=1 rowspan=1 > α </td><td colspan=1 rowspan=1 > 2010 </td><td colspan=1 rowspan=1 > 285Fl(—,4α) </td></tr>
<tr> <td colspan=1 rowspan=1 > 271Sg </td><td colspan=1 rowspan=1 > 2.4 min </td><td colspan=1 rowspan=1 > α </td><td colspan=1 rowspan=1 > 2003 </td><td colspan=1 rowspan=1 > 287Fl(—,4α) </td></tr>
</table>
Question:
What isotopes of Seaborgium are produced in the ²⁴⁸Cm(²²Ne,5n) reaction? 
Answer:
The isotope ²⁶⁵Sg and its isomer ²⁶⁵ᵐSg are produced in the ²⁴⁸Cm(²²Ne,5n) reaction.