Slide 1

viers an[ b[kT[r)yi Slide 2 viers a[Tl[ S&>? viers a[ ki[P(v(hn a(ts&m Jv C[ k[ j[ jn)n Wy an[ p\i[T)n mi>Y) bn[l C[ an[ Jv>t ki[Pn[ hi(n phi[>ciD) Sk[ C[. Slide 3 T4 JviN&>Bxk (vPiN& p&Ct >t& S)P < DNA aivrN Slide 4 hp) ec[r)S)yi ki[lie b[kT[r)yi e.ki[lie JviN&> a[ ap(rpkv ki[P C[, t[ viers nY) kirNk[ viers p\i[T)nni bn[li hi[y C[ an[ t[ni k[Wmi> DNA aYvi RNA aiv[li hi[y C[. Slide 6 e.ki[lie an[ JviN&>Bxk (vPiN&> viAt(vk r)t[ aipNn[ t[ k[vi Av$pmi> ji[vi mL[ C[? viAt(vk r)t[ aipNn[ t[ k[vi Av$pmi> ji[vi mL[ C[? Slide 7 viersn) s>rcni viers y&(klyk a[(sD ni t>t&ni bn[l C[. viers y&(klyk a[(sD ni t>t&ni bn[l C[. y&(klyk a[(sDni t>t&ai[ frt[ p\i[T)nn&> aivrN aiv[l&> C[. t[n[ k[(sD {capcid} kh[ C[. y&(klyk a[(sDni t>t&ai[ frt[ p\i[T)nn&> aivrN aiv[l&> C[. t[n[ k[(sD {capcid} kh[ C[. y&(klyk a[(sDni t>t&ai[ DNA aYvi RNA b[ mi>Y) ki[epN a[kni j bn[l hi[y C[. viersn) rcnimi> DNA an[ RNA b>n[ siY[ hi[ti nY). y&(klyk a[(sDni t>t&ai[ DNA aYvi RNA b[ mi>Y) ki[epN a[kni j bn[l hi[y C[. viersn) rcnimi> DNA an[ RNA b>n[ siY[ hi[ti nY). Slide 8 rs) mrG)ni gB aiv[ C.[ b)ji p\kirn) rs) viers n[ grm)Y) mir) niK)n[ bnivvimi> aiv[ C[. Slide 9 b[kT[r)yi ki[P b[kT[r)yini[ lix(Nk ki[P ki[P (dvil r)bi[zi[ m ki[Prs ki[Prs pTl ki[P (dvil ki[P k[W r>gs*#i {DNA } Jvrs {DNA} ki[Prs s>p&T {c)kN&> Atr} kSi ki[Pk[W aiv[l& hi[t& nY). pZv) pr dr[k jyia[ a(AtRv Friv[ C[. t[ai[ a[Tl) mi[T) s>yimi> (vks[ C[ k"> p\i[k[r)yi[T)k {p\iY(mk} sJv a[vi ki[P k[ j[mi> ki[Pk[W aiv[l& hi[t& nY). pZv) pr dr[k jyia[ a(AtRv Friv[ C[. t[ai[ a[Tl) mi[T) s>yimi> (vks[ C[ k[ aipN[ t[n[ nr) ai>K[ ji[e Skti nY). t[mn[ y&.b[kT[r)yi k[ ai(db[kT[r)yi ni sm*h mi> m*k) Skiy. ai b>n[ sm&h krti nin& kd Friv[ C[. ki[P (dvil DNA s> p& T ki[P(dvil kSi ki[Prs pTl p\i[T)n Atr p)l) Slide 11 y&b[kT[r)yi p\ik[r)yi[Ti b>n[ j&Y krti mi[Ti kdni sJvi[ C[. simiy r)t[ t[n) frt[ jT)l kibi[ n)lh(rt b[kT[r)yi {l)l} p\kiS s>l[(Pt b[kT[r)yi C[. p\kiS s>l[(Pt b[kT[r)yi C[. t[ n)li k[ l)li r>gn) hi[y C[. t[ n)li k[ l)li r>gn) hi[y C[. t[ ki[PpTl Friv[ C[ k[ j[ p\kiSs>l[PNn) p\(k\yi kr[ C[. t[ ki[PpTl Friv[ C[ k[ j[ p\kiSs>l[PNn) p\(k\yi kr[ C[. vnAp(tmi> aiv[l n)lkN j[vi j n)lkN Frivt& nY). vnAp(tmi> aiv[l n)lkN j[vi j n)lkN Frivt& nY). ai n)lh(rt r>gn) l)l pZv) pr lgBg dr[k jyi a[ ji[vi mL[ C[. ai n)lh(rt r>gn) l)l pZv) pr lgBg dr[k jyi a[ ji[vi mL[ C[. t[ aRy>t grm aYvi aRy>t q>Di b>n[ vitivrNmi> Jv>t rh) Sk[ C[. t[ aRy>t grm aYvi aRy>t q>Di b>n[ vitivrNmi> Jv>t rh) Sk[ C[. Slide 13 ai(k kibi[ kibi[Klin&> b>FirN a[kdm j&di j p\kirn&> hi[y C[. ai b[kT[r)yi aRy>t p\(tk&L vitivrN mi> pN Jv>t rh) Sk[ C[. t[mn[ ai[(ksjnn) j$r pDt) nY) an[ K*bj xir y&kt t[mj K&bj grm vitivrNmi pN Jv) Sk[ C[. Slide 14 p\[ik[r)yi[T)k ki[Pn[ ai[LK)a[ ki[Pni[ aikir ki[P(dvil hln cln Slide 15 JviN&ni aikiri[ ki[ks {gi[liN&} - gi[Likir b[kT[r)yi. b[s)ls {d>DiN&} - d>D j[vi aYvi sL) j[vi aikirni b[kT[r)yi. spiN& tlikir b[kT[r)yi. f`l[Jli - pg j[v) s>rcni Frivti b[kT[r)yi k[ j[ JviN&> n[ cilvimi> mdd kr[ C[. spi< N& d>D iN& gi[li N& f`l[Jli Slide 16 hlncln f`l[Jli - p*>CD) j[v) s>rcni Friv[ C[ k[ j[ JviN&>n[ aigL cilvimi> mdd kr[ C[. k[St>t& - ki[Pn) frt[ nini nini kdni ri[m aiv[li hi[y C[ k[ j[ t[n[ trvimi> mdd kr[ C[. AYiy)- c)kN) t>t&my s>rcni Friv[ C[ k[ j[ JviN&ni hlncln n[ (ny>(#it riK[ C[. Slide 17 b[kT[r)yi an[ t[n) Uji< Avivl>b ) privl>b) Slide 18 Avivl>b) s*y privl>b) Ki[rik Kien[ Uji< m[Lv[ C[. Ki[rik Kien[ Uji< m[Lv[ C[. u.di. E.ki[lie u.di. E.ki[lie Slide 20 b[kT[r)yimi> vsn ajirk b[kT[r)yi : ai[(ksjn vgr Jv>t rh) Sk[ C[. ajirk b[kT[r)yi : ai[(ksjn vgr Jv>t rh) Sk[ C[. jirk b[kT[r)yi : ai[(ksjn vgr Jv>t rh) Skti nY). jirk b[kT[r)yi : ai[(ksjn vgr Jv>t rh) Skti nY). Slide 21 b[kTr)yimi> p\jnn (oBijn (oBijn s>y&mn s>y&mn b)jiN& jnn b)jiN& jnn Slide 22 Cellular organism copies its genetic information then splits into two identical daughter cells b[kT[r)yimi> (oBijn b[kT[r)yimi > rh[l r>gs*#i k[iPrs pTl ki[P (dvil r>gs*#in&> smg&Nn ki[Pni[ (vkis b[ ki[Pmi> (vBiJt Yiy C[. a[kki[P) sJvi[ t[mni jn)n b>FirNn) p\(tkZ(t bniv[ C[, Ryirbid b[ biLki[Pi[mi> sm(vBiJt Yiy C[. Slide 23 s>y&m n b[kT[r)yini p\jnnni[ a[k p\kir. b[ sJvi[ jn)n)k mi(ht) n[i (v(nmy kr[ C[ j[ p[n)s)l)n ni[ p\(tkir krvi j[v) mi(ht) Friv[ C[. g&$ k[W lG&k[ W m&K j[vi[ Ki>ci[ mieTi[s)s m)ai[s)ski[Pk[Wn&> (vBijn ki[Pk[Wn) adlibdl) ki[Pk[W n&> (vl)n)krN g&$k[Wn& > (nmi shJvn b[ ji(tai[ vc[n&> shJvn k[ j[mi> ai[Cimi> ai[C) a[k ji(t n[ b)J ji(t Y) fiydi[ Yiy C[. b[ ji(tai[ vc[n&> shJvn k[ j[mi> ai[Cimi> ai[C) a[k ji(t n[ b)J ji(t Y) fiydi[ Yiy C[. JvnBr b>n[ siY[ Jv[ C[. JvnBr b>n[ siY[ Jv[ C[. Slide 25 pri[pJv) b[kT[r)yi yjminki[Pn&> Si[PN kr[ C[ an[ t[n[ hi(n phi[>ciD[ C[. u.di. mieki[b[kT[r)yi Ty&brki[l)s)s Slide 26 shi[pki(rti a[v&> shJvn k[ j[mi> b[ ji(tai[ a[v) r)t[ rh[ C[ k[ j[mi bn[ n[ a[kb)ji Y) liB Yiy. u.di.e.ki[lie Slide 27 nieT^i[jn AYiy)krN j[ p\(k\yi vD[ vitivrNmi rh[l nieT^i[jn n[ sJvi[ pi[tini upyi[gmi> le Sk[ t[vi Av$pmi> $pi>tr)t krvin) p\(k\yin[ nieT^i[jn AYiy)krN kh[ C[.