Gen düzenlemenin kapsamlı rehberi.
Menü
Ana Sayfa Öğren Haberler Atlas'a Sor
Keşfet Teknolojiler Hastalıklar Tedaviler Klinik Araştırmalar Şirketler Bilim insanları Genler Araştırma Kurumlar
Tıbbın ötesinde Tarım Etik Yatırım Dünya haritası
Öğren ve Araçlar Buradan başlayın Sözlük A–Z Teknolojileri karşılaştır Zaman çizelgesi Listeler ve Sıralamalar Yapay Zeka Ajanları ★ Kaydedildi API
Hakkında Hakkımızda Yöntem Veri Kaynakları Yayın Politikası İletişim Yasal Uyarılar

🧭 Rehberli Görünüm
Genetiğe yeni misiniz? Gezinirken her terimi sade bir dille açıklıyoruz. Aynı sayfalar, yardım da dahil.

⚡ Uzman Görüşü
Biyolojiyi zaten biliyorsunuz. Sadece içerik — sade ve özlü, fazladan açıklama yok. Bu varsayılan görünümdür.

Arayüz dili
Açık mod

Technologies

Gene-Editing Technologies by Clinical Maturity

Every technology in the Atlas ordered by how far it has actually reached in people.

Bu liste nasıl oluşturuluyor

A useful corrective to coverage that treats every new editing technique as imminent. Sorted by how far each has genuinely got — from an approved medicine down to techniques that have never left a laboratory.

#GirişKategori Durum
1 CRISPR-Cas9 A protein that can be programmed with a short RNA guide to find one specific sequence in… Nuclease editing Approved
2 Base Editing Chemically converts one DNA letter into another at a chosen position, without cutting… Precision editing Phase III
3 Prime Editing Writes a new stretch of DNA sequence directly into a chosen site, using a guide that… Precision editing Phase I/II
4 CRISPR-Cas12 A family of CRISPR nucleases that cut DNA leaving staggered ends, use a different… Nuclease editing Phase I/II
5 CRISPR-Cas13 Targets RNA rather than DNA, so it can silence a gene's message without touching the… RNA targeting Phase I
6 Cas14 and miniature Cas systems Unusually small CRISPR nucleases — roughly a third the size of Cas9 — discovered in… Nuclease editing Discovery
7 RNA Editing Changes letters in the RNA message rather than in the DNA, so the effect is real but… RNA targeting Phase I/II
8 Epigenetic Editing Changes how loudly a gene is expressed by rewriting the chemical marks on and around it… Gene regulation Preclinical
9 CRISPRa (gene activation) Uses a disabled CRISPR protein to switch a gene up rather than to cut it. Gene regulation Research tool
10 CRISPRi (gene silencing) Parks a disabled CRISPR protein on a gene to block it from being read, turning it down… Gene regulation Research tool
11 TALENs Custom-built proteins that recognise DNA letter by letter and cut — the technique CRISPR… Earlier generation Phase I/II
12 Zinc Finger Nucleases The first programmable gene-editing tool to reach patients — small, engineered proteins… Earlier generation Phase III
13 Recombinases and integrases Enzymes that cut and rejoin DNA at defined sites, able to insert whole genes rather than… Large-cargo editing Preclinical
14 Transposases Enzymes that cut a segment of DNA out of one place and paste it into another — nature's… Large-cargo editing Phase I/II
15 Gene Therapy (gene addition) Delivers a working copy of a gene into cells without changing the existing genome — the… Related approach Approved
16 RNA Interference Uses the cell's own machinery to destroy a specific RNA message, lowering a protein's… RNA targeting Approved
17 Synthetic Biology Designing genetic parts and circuits so that cells perform new functions — the… Related approach Phase III
Bu listenin size söylemediği şeylerMaturity refers to clinical progress, not scientific importance. Some of the most significant techniques here are the least clinically advanced.
Written by The CRISPR Atlas editorial team Last updated Aug 19, 2026