• 검색 결과가 없습니다.

(Lloyd W. Sumner et al., Plant Metabolomics: large-scale phytochemistry in the functional genomics era, Phytochemistry, 62, 817-835, 2003)

N/A
N/A
Protected

Academic year: 2022

Share "(Lloyd W. Sumner et al., Plant Metabolomics: large-scale phytochemistry in the functional genomics era, Phytochemistry, 62, 817-835, 2003) "

Copied!
4
0
0

로드 중.... (전체 텍스트 보기)

전체 글

(1)

Metabolomics I

⓸ᄅ㔈⊝ቸ෼? ㎜㔝ಥኰ 㘈౭■ജℼ✈ ⛔⃡♙✵ቸኔ.

Uploadர Ⴘ᫤ ቖ╸≥ቸኔ. ✤ ⟀ ⅑ജ≔ឭ఼ ₍ற㔙ቸኔ.

✤᰸ 㔉෠▀ ⟌ர ⟌ಥ㔈ಐ❀ 㔸ገ ■ജ⟅Ფர ⊍᫬✈ ✤⯘

ኰ⁜⁠᫬■ജ᤬ ⚴㔌 Omics✵ቸኔ.

I. Introduction

✨ழ఼ᄸ㒴᠌⟍㉨ ✤㙴▀ ₍᫬㔉ᴴ┬ቄ ⥰၌ ⇈⊝ჴழ✈ ■ജ᤬ ᚠ╤჈ಐ፴ ၘ⛴ ᥼〬✈ ❕

⠡✈ ᯌ➴⛴ ᴸಬ ᨷ ჴ⁜✤▀ ✤ᢘ╤ၸಐ, ⥰ම፴ ඨ◰௉⛰ ★⃡㔌 ■ജ㘌ᎉ✤ ✤╤⥰ಐ

✸≥ቸኔ. ✨ழ✈ ⥸ᲁಬ ರ៘Ꮜ ▜វ ■ജ᤬ ᷴ᠟㔈▜ ✤⟌ቄ ᎉ᫬, ⊍᫬ ᒡ ෠⠤✈ ■ജ

᤬ ጄ♡ ᯌ➴⊌ご෠ ⚴㔌 ᥾⛰ ᄨ៕ᒔ⛴ ෠♨✤ಐ ✸ቄ ళ ᗀ㔌 ⁜⊔✵ቸኔ. ✤វ㔌 ⊌ኰ⠠

ᤈ᤬ Წ ᓼ ⊍᫬✈ ✤⯘ኰ⁜⁠᫬✈ ■ജ▀ ᯌ➴Ꮜ Omics෠⇐✤ ⟁ᩙᏈቄ ళ⛰ ඩ㜸 ❀■≔

ឭኔಐ 㔐 ⇈ ✸≥ቸኔ.

⊍᫬✈ ✤⯘ኰ⁜⁠᫬✤ᜬ 㔘⛰ ⊍᫬✈ ₍❕㔈ቄጠ 㓴♄㔌 ♄ℼர ⓴ቼ, ⤹ ✬⯘ኰ⁜

(primary metabolism)▀ 㓴♄㔌 㘄㔙᫬✤ ⓴ቼ ☨ᴰ᠌ᴰム✈ ᯙ╤ ᒡ✈ ᩙ➱⛬᠌ 㓴♄▀ ✈ 㔤 ✬⊌➱ 㗩⛰ ⁱ⊌➱⛬᠌ ⊍᫬▀ ✈㔤 ᥼ᒔ╤⥰ቄ 㘄㔙᫬⛴ ✤ᤤಐ ✸≥ቸኔ. ♠ᥜர ✬ ⁱ₍㘌▀⃌ ᥾✤ ⁜♙Ꮘಐ ✸ቄ drug, dye, flavor, fragrance, cosmetic▀ ⣁♄㔌 ⚀᡼ர Ꮘ╤

☄⛬᭰᠌ ✨ழ✈ ₍㘌▀⃌ ᦔ♠ ⣁♄㔌 ♄ℼᒔ✤ᜬಐ 㔐 ⇈ ✸≥ቸኔ. ♠ᥜர ∭఼ ✤㔤㔐

⇈ ✸ቄ ⟌㐸⛬᠌ቄ ⓴≔㓬ᥠ✤၈ ろ⅄ ᒡ⛴ ኰ㐌➱✨ ▸᠌ ᒔ ⇈ர ✸౐≥ቸኔ. ✤ិ఼ ⣁

♄㔌 ⚀᡼ᒔ⛴ ⊍᫬▀⃌ ╫෠ ⚴㔌 ᄨ៕ᒔ✤ ඨழ ᥾⛰ ෠╵ಬ 㔉❀ᒔ▀ ✈㔤 ₍⁠ 㗩⛰ ■ ജᏈ╤ ☄≥ቸኔ. ඨវ၈ ✬ᴰ ኰ⁜⁠᫬ᒔ⛰ ♠⇈㔌 㙘ቕ▀፴ ᴸജ㔈ಐ ၞ⛰ ⇈⛘ಬ ᴴᥜ⟅

⟌✈ ╤។♰⛬᠌ ⁱ╵㘄▀ ✤ᤤ⥰ ᩫ㔈ಐ ■ജ၈ ₍⁠✤ ᲤᤈᏌ ▸ர ⁱኩ㜸 ᥾✤ ✸≥ቸኔ.

㔝┄⟌᠌ ⓼។⟨ ✸ቄ vinblastine✤၈ vincrisitine፴ ▝⊌ ✤វ㔌 ᱄⢬▀ ℽ㔈ᨠ ✤ ౭♠፴ ⁱ╵㘄▀ ෼⥰ቄ ⁱ෠㔌 ᯄ◰ ௉✤ ၞ⛰ ₍⁠⃡⛬᠌ ✨㔤 ✤ᤤ⥰ ᩫ㔈ಐ ✸≥ቸኔ. 80ჴኰ

෼⥰᥼ 㔤፴ ✤វ㔌 ၞ⛰ ⇈⛘✈ ᫨⟌᤬ 㔤ౠ㔈෠ ⚴㔤 ☨ᴰ▀⃌ elicitor᤬ ⱘர㔤 ⢬ఠ၈ ᯠ⥰✈ ⠠⃡⛴ ᱰ㘄⊌ごቄ ᒡ✈ ☨ᴰ㘈౭✨❀✈ ᱰ㘄᤬ ⢬᠌ 㔈▜☄⛬၈ ✤⟌ቄ ✤វ㔌 ⟁ ඬᯙ᱅▀ Omics✈ ኔ╁㔈ಐ ┎⃐ ෠⇐ᒔ⛴ ⟁ᩙ㔈▜ Ფኔ ඬ⚀➱✨ ᫨⟌㔤ౠᄨ៕⛴ ෠♨▜

┬ 㔌ኔಐ ₍ற㔙ቸኔ.

ඨវ෠ ⚴㔤⃌ቄ Omicsᜬ ᨵᨵᏈ╤ 㘼❀Ꮘಐ ✸ቄ ♙╤▀ ኰ㔌 ✤㔤ர ♠⃐➱⛬᠌ 㓴♄㔈 ኔಐ 㔐 ⇈ ✸≥ቸኔ. ✤វ㔌 ෠⇐▀ ኰ㔌 ✤㔤᤬ ᯄゅ⛬᠌ றற✈ Omics᤬ ኰⁱ₍᫬▀ ➱

(2)

➸㔈఼ ➱♙㔈ቄ ✁♙៕⛴ ⵅ➱㔈▜┬ 㔈ಐ ඨళ✤ ඨழ bottleneck▀⃌ ᱇╤၈ಐ ✸⥰ ᩫ 㔌 ᨷᨷ ಥ⟅ᒔ⛴ ඬ⚀➱⛬᠌ ௌ⃐㔐 ⇈ ✸ቄ 㔤ౠ⯵⛬᠌ ⟌⊌Ꮠ ⇈ ✸⛴ ళ✵ቸኔ. 㓴❀ቄ

✤វ㔌 ᩙ➱⛬᠌ ⊍᫬▀ ኰ㔌 Omics᤬ ⃔ᨵᒌᥜಐ❀ 㔈ᨠ ✤᤬ ෠Ⲹ᠌ ற❀✈ ⊌≔ㄌ▀ ➱

➸㔌 ✁♙⛴ 㔈⊌෠ ᯄ᜽ቸኔ.

I-1) Metabolome

Analytical

Kinetic and Flux

‘Omics’

S Definitions

Metabolome

Com ge

Pathway, Network and

Interrelationship of Key Technologies used for Metabolic Pathway Engineering in Post-Genomics Era

Micro, In situ

Metabolome⛰ ኰ⁜Ɽ᤬ ✈ᮨ㔈ᨠ ⊍᫬✤ ₍⁠㔈ቄ ᩘᒐ ኰ⁜᫬⥸✈ ⳍ⸝⛬᠌ ✤㔤㔈⊌ᨤ

∜♨ ళ௉ഠ♄. ✤វ㔌 ௌᄀ➱ ✤㔤ቄGenomics, Transcriptomics, Proteomics✈ genome, transcriptome, proteomeಬ ᷴഀ㔤⃌ ✤㔤㔈⊌෠ ᯄ᜽ቸኔ. Functional Genomicsቄ ற ⛐➴❀

ᯍ㖰⥴ gene sequence ர ඨ ✈ᮨ᤬ ⯮෠ ⚴㔤

❀■≔ឭ఼ ■ജᯙ㕕✤

Functional Genomics᠌

✤ᢘ╤⥰ಐ ✸≥ቸኔ.

⛐➴❀ᒔ✤ ඨ ෠ቕ⛴

㔈఼Ꮘᨤ mRNA, protein (enzyme), metabolite✈

⇌⃌᠌ ᴰ⁠ ✤ ⯭ⵌᏈ ಐ ✤ᒔ✤ ➱➸㔌 ෠ቕ

⛴ 㔈▜ organism✤ 㘈 ౭▀ ➱✁㔈ᨠ ⁤⓴ஸ

⇈ ✸፴᠍ 㔘⛰ ⢬⥰✈ ⁜⊔✵ቸኔ. ᓠᜬ⃌ ╤ᕔ ⛐➴❀✈ ෠ቕ⛴ ㊼⓵㔈෠ ⚴㔤⃌ቄ mRNA, Protein, Metabolite▀ ኰ㔌 ᴴ⃍ ᮿ ■ജர ᯈᒌ⊌ 㓴♄㔙ቸኔ. Metabolome⛴ 㔌᥸ᓄ

᠌ ⟅✈㔈ᨤ 㝣end products of gene expression㝤✤ᨠ ᎉ⊌▀ 㝣biochemical phenotype of a cell or tissue㝤ᜬಐ 㔐 ⇈ ✸≥ቸኔ.

♠ⷑ✈ ፴

Methods

equences Profiles

Genes Proteins Functions Parallel, Ultra-

sensitive plete Ran

Systems Engineering

✈ ෠ቕ⛴ ඌᨵ㔈ቄ 㔉᫨⛴ ✈ᮨ㔈ᨠ Human Genome Project ✤㙴▀

㐌᤬ Ფ⊌ᨤ Omics

lo ⵅಬ ᴴ⃍ᯙ᱅ⵅ, ඨᥜಐ kinetics & fluxⵅ✤ ≥ቸኔ.

✤ ⃨ ⵅ✤ ➱➸㔌 ூ⛴ 㘅Ფ 㔤┬᥼ ⚀㔈ቄ ⟅Ფ᤬ ╫╤ၬ

⇈ ✸ಐ ඨᝈ┬᥼ ⚀㔈ቄ ╁✈

product᤬ ജ㔐 ⇈ ✸⛴ ళ✵

ቸኔ. ₍᫬㘄ಥ✨ᒔ✤ ླྀཨቄ ኰ⁜Ɽ㔉(metabolomics)✈ റ ඩ➱✨ ᩙ➱⛰ systems bio gy

(3)

ఠ၈ metabolic engineering✴⛰ ⢬⥰✈ ⁜⊔✵ቸኔ. ඨវ෠ ⚴㔤⃌ቄ ╤ᕔ ₍᫬Ɽ✈ gene expression productᒔ✈ ரቕ㔌㔌 ᥾⛰ profiling✤ 㓴♄㔙ቸኔ. ┎▀⃌፴ ✤ᮨ ╨ඹ⛴ 㔸╸⥰

᥼, mRNA, protei ᥼⛬᠌ቄ Systems biology✈ ᩙ➱✨ “simultaneously monitoring all biological processes operating as an integrated system”⛴ ኜ⃡㔐 ⇈ ╶≥ቸኔ. ኩ■㜸 gene expression

✈ ⴌ⠵⁠᫬✨ metabolome✈ ⟅Ფர 㓴♄㔈౐⢐. ⥰၌ 6ჴழ✈ Omics✈ ■ജᎉ㕕⛴ ♄┭㔈 ᨤ ⓴ᝈ ඨᥬಬ ௉≥ቸኔ.

n

(Lloyd W. Sumner et al., Plant Metabolomics: large-scale phytochemistry in the functional genomics era, Phytochemistry, 62, 817-835, 2003)

⚴ ፴㐌᤬ Ფ⊌ᨤ ✤㔤㔈⊌౐⥰᥼, metabolomics▀ ኰ㔌 ■ജ⃡ಬ᫬✤ ኔᤨ omics▀ ᷴ㔤 㖴➰㔈఼ ➱⛰ ళ⛴ ⓼ ⇈ ✸≥ቸኔ. 2000ჴ፴ ✤㙴ᴰム ෠㔈ඹ⇈➱⛬᠌ ቈ╤၈ಐቄ ✸⛬၈

▜➴㜸 ჴழ 60▜㍨✈ ᄬ᫨᥼✤ ᯌ㐌Ꮘಐ ✸≥ቸኔ. ✤ቄ ✤ ᴴ┬▀ ኰ㔌 㔉᫨➱ ▝⁜ர ◔ ᝈᏈ╸⛼▀፴ ᴸജ㔈ಐ Ɽ౴➱✨ ■ജ⦁⣁፴ர ⥍ர㔌⥰ ╬᥸Ꮘ⥰ ⓺┈⛼⛴ ✈ᮨ㔈ቄ ళ✵

ቸኔ. ඨ᥼〬 㔤┬㔐 ✬፴ ᥾ಐ ╤។♰✤ ✸౐⥰᥼, ഝၤ✈ ₍᫬㘄ಥ㔉❀ᒔ✤ ⃐⥴ഝ✈ ₍

᫬㘄ಥ㔉❀ᒔಬ 㔌᰸ ౘᢴᲴ⥱㔌 ᴴ┬ர ⓴ኀ ⇈ ╶≥ቸኔ. ኔᤨ omics✈ ■ജர ✬⟅ ✤ⁱ

(4)

✈ ኘ౴▀ ✤ᤤಐ ✸⛬᭰᠌ ⴌ⠵⁠᫬⛰ metabolome▀ ኰ㔌 ■ജ ▝⊌ ඨ 㗅㍹⃡⛴ ெⵄ╤

┬᥼ 㔐 ళ✵ቸኔ.

참조

관련 문서

Figure 8 shows the difference between the measured and design values of natural periods based on the Japanese Damping Database (Tamura et al., 2000, Tamura, 2003, Satake et

본 연구에서는 카드뮴에 의한 COX-2 발현 유도와 관 련된 세포내 작용기전을 산화적 스트레스에 의해 조절되는 신호전달계를 중심으로 검토함으로써 카 드뮴에 의해 유도되는 뇌졸중

Evidence that the tails fit into the reciprocal BH3-binding pocket include: (1) the Bax (Suzuki et al, 2000) and Bcl-w (Denisov et al, 2003; Hinds et al, 2003) C-tails

In addition to the integration of transcriptomics and metabolomics, the combination of transcriptomics, genomics, and proteomics in nanotoxicity studies can be used to

These phytochemicals derived from different parts of Dorema species such as flower, fruit, leaf, stem and rootD. ETHNOBOTANICAL USES OF

filicinum along the Pacific coast of North America were found at Santa Catalina Island in Southern California (USA) on October 2003 (northern limit) (Miller et al. 2006);

Various computational methods will address a broad spectrum of problems in functional genomics and cell physiology, including; analysis of sequences, (alignment, homology

Boellaard et al, Appl.. Xu et