🚀 NEW RELEASE

INTRODUCING AfexCore™

Professional genetic analysis software with 12 powerful tools designed for quick click & analyze workflows

12 Analysis Tools

Lightning Fast

FREE for personal use!

Afex Genesis™

The Future of De-Extinction

Welcome to the world's most ambitious scientific endeavor. We're not just studying the past— we're bringing it back to life.

0.2%

CRISPR Accuracy Rate

2

Target Species

68M

Years Since Extinction

Project Progress

Real-time advancement tracking

0%

Genetic Mapping

0%

Research Phase

0%

Overall Progress

De-Extinction Protocol 0%

Phase 1 Phase 2

DNA Sequencing

0%

CRISPR Protocol

0%

Virtual Simulation

0%

ACTIVE RESEARCH

Who Are We?

Pioneering Scientists

We are a cutting-edge biotechnology research team specializing in prehistoric genetics and de-extinction protocols. Our multidisciplinary approach combines molecular biology, paleogenetics, and advanced CRISPR technology.

Advanced Laboratory

Our state-of-the-art facility features quantum-encrypted genetic storage, AI-monitored containment systems, and the world's most advanced CRISPR-Cas13 editing equipment specifically adapted for prehistoric DNA.

Global Mission

Our mission extends beyond resurrection—we aim to restore extinct ecosystems, advance genetic medicine, and unlock the secrets of evolution to benefit all life on Earth.

Our Vision

"To bridge 68 million years of evolutionary time and bring wonder back to our world."

— Project AfexGenesis™ Team

Phase 1

Active

Phase 2

Planned

Phase 3

Locked

Phase 4

Locked

Phase 5

Locked

Phase 6

Locked

What We're Working On

Dinosaur Resurrection

PRIMARY FOCUS • PHASE 1

Genetic Mapping

In Progress

Multiple species genome sequences reconstructed

CRISPR Adaptation

Planned

Optimizing gene editing protocols for prehistoric DNA

Embryo Development

Locked

Developing artificial incubation systems

EXPECTED TIMELINE: Q2 2040

Plant Gene Modification

SECONDARY FOCUS • PHASE 1

DNA Engineering

In Progress

Successfully created blue-glowing Anthurium prototypes

Color Enhancement

Planned

Developing spectrum-shifting pigment modifications

Testing Protocol

Locked

Scaling production for ornamental markets

EXPECTED TIMELINE: Q1 2026

Core Technologies

CRISPR-Cas13

Advanced gene editing specifically adapted for ancient DNA reconstruction

Paleogenomics

Extracting and analyzing genetic material from prehistoric specimens

Quantum Storage

Encrypted storage systems for preserving delicate genetic information

De-Extinction Timeline

Journey through the milestones of bringing extinct species back to life

Jurassic World Inspiration

The movie that sparked interest in de-extinction

2016

2018

First Thought

Started to question myself is it possible to bring them back

2025

Revival

All of the sudden The De-Extinction got revived

AfexGenesis™ Launch

Advanced de-extinction research platform

2025

2040

First Dinosaur Revival

Target: Successful dinosaur de-extinction

Join the Revolution

Follow our journey as we make history. From breakthrough discoveries to major milestones, be part of the most ambitious scientific project of our time.

Project Updates

Major Updates

Updates

Strategic Planning Board

Our comprehensive roadmap for the future of de-extinction technology, environmental restoration, and the responsible reintroduction of extinct species.

Future Roadmap

Phase 1

2025 - 2030

Foundation & Research

• Complete genome mapping of 50+ extinct species
• Establish secure genetic preservation facilities
• Develop advanced CRISPR-Cas protocols
• Create controlled breeding environments
• Partner with global conservation organizations

Phase 2

2030 - 2035

First Resurrections

• Successful revival of small mammal species
• Establish breeding populations in sanctuaries
• Monitor genetic stability across generations
• Develop ecosystem integration protocols
• Launch public education programs

Phase 3

2035 - 2040

Ecosystem Integration

• Controlled reintroduction to natural habitats
• Large species revival (megafauna)
• Ecosystem restoration projects
• Global conservation network expansion
• Sustainable tourism development

Environmental Benefits

Ecosystem Restoration

Ecosystem Restoration through De-Extinction

Reintroducing extinct species, including dinosaurs and other keystone organisms, can help restore natural ecological balance. By re-establishing historical predator-prey dynamics, we can increase biodiversity and support the recovery of degraded ecosystems.

Carbon Sequestration Enhancement

Large herbivorous dinosaurs can play a crucial role in maintaining and restoring grasslands and forests. Their foraging and movement patterns promote soil health and nutrient cycling, leading to significant increases in carbon storage and contributing to climate mitigation efforts.

Pollination and Plant Network Recovery

Reviving extinct pollinators and herbivorous species can strengthen plant reproduction and ecosystem resilience. By restoring these vital interactions, we support agricultural sustainability, forest regeneration, and the overall productivity of both natural and managed landscapes.

Holistic Habitat Management

AfexGenesis designs expansive, ethically-managed habitats to provide sufficient space and resources for resurrected species, ensuring their well-being while minimizing human-wildlife conflict. This approach promotes long-term ecological stability and fosters public engagement with conservation efforts.

Conservation Innovation

Genetic Diversity

Advanced genetic and genomic techniques enable the preservation and enhancement of genetic diversity in endangered and resurrected species, increasing their resilience and adaptability in changing ecosystems.

Research Advancement

De-extinction initiatives drive innovation across conservation biology, genetics, and ecosystem management, creating new methodologies and technologies that benefit both extinct and extant species.

Educational Value

The reintroduction of extinct species provides a powerful educational platform, inspiring new generations to understand, appreciate, and actively protect biodiversity.

Ecosystem Engineering

Resurrected species, including keystone dinosaurs and extinct herbivores, can serve as natural ecosystem engineers, restoring habitat structures, nutrient cycles, and ecological interactions that have been lost due to human activity.

Challenges & Ethical Considerations

Ecological Risks

• Potential ecosystem disruption
• Competition with existing species
• Disease transmission risks
• Habitat modification requirements

Mitigation: Extensive modeling, controlled trials, and gradual introduction protocols.

Ethical Considerations

• Animal welfare in resurrection process
• Resource allocation vs. current conservation
• Playing God concerns
• Indigenous rights and consultation

Approach: Transparent ethics committees, community engagement, and strict welfare standards.

Technical Hurdles

• Incomplete genetic information
• Surrogate mother limitations
• Genetic instability issues
• Scaling production challenges

Solutions: Advanced AI modeling, artificial wombs, and continuous genetic monitoring.

Global Collaboration Initiative

De-extinction is a global challenge requiring international cooperation. We're building partnerships with leading research institutions, conservation organizations, and governments worldwide.

0

Research Partners

0

Countries Involved

$1.99

Committed Funding

Project Progress

Dive deep into our active research projects. Click on any project to explore detailed progress, methodologies, and breakthrough discoveries.

Dinosaur Resurrection

PRIMARY FOCUS • PHASE 1

Genetic Mapping

In Progress

Multiple species genome sequences reconstructed

CRISPR Adaptation

Planned

Optimizing gene editing protocols for prehistoric DNA

Embryo Development

Locked

Developing artificial incubation systems

EXPECTED TIMELINE: Q2 2040

Click to explore detailed progress →

Plant Gene Modification

SECONDARY FOCUS • PHASE 1

Bioluminescence Engineering

In Progress

Successfully created blue-glowing Anthurium prototypes

Color Enhancement

Planned

Developing spectrum-shifting pigment modifications

Commercial Cultivation

Locked

Scaling production for ornamental markets

EXPECTED TIMELINE: Q1 2026

Click to explore detailed progress →

Dinosaur Resurrection Progress

Detailed breakdown of our primary de-extinction project. From genetic reconstruction to embryonic development protocols.

Project Overview

68M

Years Since Extinction

15

Species Under Study

0.2%

CRISPR Success Rate

Raptor DNA Reconstruction Map

Advanced genetic reconstruction and analysis protocols

DNA Reconstruction Complete

Raptor genetic sequence successfully mapped and ready for analysis.

Active Research

DNA Sequence Reconstruction

Successfully mapped 73% of T-Rex genome from fossilized bone marrow

Progress: 73%

Protein Synthesis Testing

Lab-grown prehistoric proteins showing 94% structural accuracy

Progress: 94%

Planned Research

CRISPR Protocol Optimization

Developing specialized gene editing tools for prehistoric DNA

Scheduled: Q3 2025

Surrogate Species Selection

Identifying optimal modern species for embryo hosting

Scheduled: Q4 2025

Plant Gene Modification Progress

Breakthrough developments in botanical genetic engineering. Creating bioluminescent and color-enhanced plant species.

Project Overview

12

Successful Prototypes

8

Plant Species Modified

85%

Bioluminescence Success

Active Research

Blue Anthurium Development

Successfully created stable blue-glowing Anthurium variants

Progress: 100% Complete

Spectrum Enhancement

Developing multi-color bioluminescent capabilities

Progress: 67%

📋 Planned Research

Commercial Cultivation

Scaling production for ornamental plant markets

Scheduled: Q1 2026

Environmental Testing

Assessing ecological impact of modified species

Scheduled: Q2 2026

DNA Laboratory

Advanced genetic reconstruction and analysis protocols

DNA Reconstruction In Progress

Raptor genetic mapping underway. Early fragments show promising structure.

1%

Genome Completion

1

Active Sequences

74GB

Data Processed

Active Processes

DNA Sequence Reconstruction

Successfully mapped 1% of Raptor genome from fossilized samples

Status: In Progress

Protein Synthesis Testing

Lab-grown prehistoric proteins showing 0.7% structural accuracy

Status: Planned

CRISPR Protocol Development

Optimizing gene editing techniques for prehistoric DNA integration

Status: Locked

📋 Next Steps

Embryonic Development

Preparing synthetic embryo cultivation protocols

Timeline: Q2 2038

Habitat Simulation

Designing controlled environment for initial specimens

Timeline: Q4 2040

Behavioral Analysis

Studying reconstructed neural pathways and instinct patterns

Timeline: Q1 2040

Plant Gene Laboratory

Advanced botanical genetic modification and bioluminescence protocols

Bioluminescent Gene Integration In Progress

Blue-glow trait in Anthurium is being engineered. Partial results observed, full glow pending.

94.2%

Gene Integration Success

23

Glowing Specimens

8.7TB

Botanical Data

Active Research

Bioluminescence Engineering

Blue-light genes added to Anthurium. Early success noted.

Status: In Progress

Color Spectrum Modification

Developing multi-color pigment variations (red, purple, yellow)

Status: Planned

Growth Rate Enhancement

Optimizing cellular division for faster specimen development

Status: Locked

Active Research

Commercial Cultivation

Scaling production for ornamental plant markets

Timeline: Q3 2026

Environmental Testing

Assessing ecological impact and safety protocols

Timeline: Q1 2026

Patent Applications

Securing intellectual property for gene modification techniques

Timeline: Q2 2027

Active Research

Blue Anthurium

Prototype B1OA99

Glowing

Testing Phase

Enhanced Growth

Planned

Multi-Color

Concept Phase

Research Gallery

Visual documentation of our groundbreaking research, laboratory work, and scientific discoveries in de-extinction technology.

This is the Dinosaur we are reviving

Velociraptor mongoliensis

Our primary de-extinction target, the Velociraptor represents the pinnacle of prehistoric intelligence and agility. Through advanced CRISPR technology and genetic reconstruction, we're bringing back this magnificent predator.

Key Characteristics:

• Length: 2 meters (6.8 ft)
• Weight: 15-20 kg (33-44 lbs)
• Period: Late Cretaceous (75-71 million years ago)
• Intelligence: Highly developed problem-solving abilities

Current Research Status

Genome Reconstruction 0.6%

Protein Synthesis 0.1%

DNA Sequencing 0.4%

Latest Breakthrough

The journey to potentially revive the Velociraptor has begun. We've successfully isolated and are now commencing the reconstruction of key neural pathway genes fundamental to their renowned pack hunting behaviors and advanced spatial intelligence.

Next Dinosaurs in Development

Our research pipeline includes these fascinating species, each presenting unique challenges and opportunities for de-extinction.

Ankylosaurus magniventris

Heavily armored herbivore with club tail. Studying defensive adaptations and armor plating.

Research Phase Planning

Triceratops horridus

The iconic three-horned herbivore. Focus on defensive behavior patterns and herd dynamics.

Research Phase Research

Parasaurolophus walkeri

Duck-billed dinosaur with distinctive crest. Researching acoustic communication systems.

Research Phase Research

Gallimimus bullatus

Fast-running ornithomimid. Studying locomotion patterns and speed adaptations.

Research Phase Research

Dilophosaurus wetherilli

A swift and unpredictable predator. Research focused on venom delivery and ambush tactics.

Research Phase Research

Tyrannosaurus rex

The ultimate apex predator. Studying massive bone structure and predatory behavior.

Research Phase Research

Research Tools & Softwares

Cutting-edge tools and software powering our de-extinction research. From genetic analysis to AI simulations, these are the technologies making the impossible possible.

Genetic Analysis & Engineering

SnapGene

Advanced molecular cloning and DNA visualization software for precise genetic engineering.

DNA Cloning Visualization

Geneious Prime

All-in-one bioinformatics software for analyzing and managing genetic data.

Sequence Analysis Phylogenetics

Benchling

Online lab notebook and research organizer for experiments and results.

Gene Editing CRISPR

NCBI BLAST

Powerful sequence alignment tool used to compare DNA, RNA, or protein sequences against global databases.

Sequence Matching Analysis

Diamond

High-speed sequence alignment tool designed for genome-scale analysis of protein and gene sequences.

Gene Tracking Protein Mapping

UniProt

Extensive database for protein sequence and functional information used in bioinformatics.

Data Retrieval Functional Insight

AI & Computational Simulation

Visual Studio

Comprehensive IDE for building applications, coding automations, and integrating bioinformatics tools.

Development Tool Integration

BioPython

Open-source Python library for biological computation and genomic data processing.

DNA Analysis Automation

Qiskit [ Quantum ]

Quantum computing framework for simulating molecular interactions and future AI-driven bioengineering.

Quantum Simulation AI Integration

AlphaFold

Advanced AI platform for predictive modeling and genetic pattern analysis in extinct species.

Machine Learning Prediction

PyMOL

Visualizes protein structures in full 3D—basically Google Earth for molecules.

Protein Folding Simulation

QuantumAI (Work In Progress)

A future self-made AI tool for quantum-level biology and mad science stuff.

Evolution Behavior AI

Research & Data Analysis

ChatGPT (Echo)

My right-hand AI (a.k.a. Echo), used daily for ideas, research, and everything else.

Massive Data Genomics

Zencoder + Claude

AI tag team for coding BioPython tools and Bug fixing.

BioPython Reconstruction

Research Gemini

Used for deep diving Google like a pro when I need to research real hard.

Project Management Collaboration

Our Research Usage Statistics

15

Tools in Use

84

Hours This Week

338GB

Data Analyzed

2

Active Projects

RESEARCH TOOLS ACTIVELY UTILIZED

Afex Core™

Quick & Powerful Genetic Analysis Tools

A lightweight suite of essential genetic engineering tools designed for quick click & analyze workflows. Optimized to run efficiently on any computer, from low-end to high-performance systems.

Version 2.1.4 • BETA

Status: Active Development

License: Research Only

Essential Tools

DNA Sequencer

Fast and accurate DNA sequence analysis with comprehensive output formatting.

• FASTA/FASTQ support
• Quality scoring
• Batch processing

DNA Translator

Convert DNA sequences to amino acid sequences with all reading frames.

• 6-frame translation
• Codon table selection
• Stop codon detection

Gene Extractor

Extract specific genes or regions from larger genomic sequences.

• Position-based extraction
• Pattern matching
• Multiple output formats

Codon Finder

Locate and analyze codon usage patterns in DNA sequences.

• Codon frequency analysis
• Usage bias detection
• Statistical reporting

Genome Comparator

Compare multiple genome sequences to identify similarities and differences.

• Alignment algorithms
• Similarity scoring
• Visual comparison

Reverse Transcriber

Convert RNA sequences back to DNA with comprehensive analysis.

• RNA to DNA conversion
• Template strand analysis
• Quality validation

Codon Optimizer

Optimize codon usage for improved protein expression in target organisms.

• Species-specific optimization
• Expression enhancement
• Rare codon avoidance

Chromosome Splitter

Split large chromosomal sequences into manageable segments for analysis.

• Size-based splitting
• Feature-aware division
• Overlap management

Base Counter

Count and analyze nucleotide composition with detailed statistics.

• A, T, G, C counting
• GC content analysis
• Composition graphs

Restriction Site Cleaner

Remove or modify restriction enzyme sites from DNA sequences.

• Site identification
• Silent mutations
• Enzyme database

SNP Highlighter

Identify and highlight single nucleotide polymorphisms in sequences.

• Variant detection
• Visual highlighting
• Impact assessment

ORF Cleaner

Clean and optimize Open Reading Frames for better gene expression.

• ORF identification
• Start/stop optimization
• Frame validation

Interface Preview

DNA Sequencer

DNA Sequencer tool with intuitive controls

Compare Genes Analysis

Detailed genetic analysis output

Restriction Site Cleaner

Powerful Restriction site cleaner that mutates Restriction Sites

Gene Extractor

Upload FASTA/GFF, Hit Analyze, get your Genes Simple

Professional interface designed for quick genetic analysis workflows

💻 System Requirements

Minimum Requirements (Low-End Compatible)

• OS: Windows 7+, macOS 10.12+, Linux (Any distribution)
• RAM: 2GB (4GB recommended)
• Storage: 100MB available space
• CPU: Any dual-core processor
• Internet: Optional for updates only

Optimized Performance

• CPU: Any modern processor (2015+)
• RAM: 8GB for large sequence files
• Storage: SSD for faster file operations
• No GPU required - CPU optimized

📋 Supported Formats

Input Formats

FASTA GFF GenBank

Export Options

CSV Data FASTA

Integration

• BioPython API compatibility
• R/Bioconductor packages
• NCBI database integration
• Custom plugin support

Get AfexCore™

Affordable genetic engineering tools for researchers, students, and professionals. Simple subscription model with all features included.

Personal

$0/month

Complete toolkit access

• All 12 genetic analysis tools
• Unlimited sequence processing
• Export to all formats
• Regular updates

Enterprise

Custom

For organizations & Universities

• Multi-user licenses
• Volume discounts
• Priority support
• Custom integrations

🔬 Beta Testing Program

Join our exclusive beta testing program for early access to AfexCore™. Perfect for researchers wanting to contribute to the development of cutting-edge genetic engineering tools.

Technical Specifications

12

Essential Tools

Fast

Processing Speed

100%

Offline Capable

Low

System Requirements

ACTIVELY DEVELOPED BY AFEXGENESIS™ TEAM

AfexCore™ is continuously updated with new tools and improvements. Lightweight, efficient, and designed for quick genetic analysis workflows.

Our Team

Frequently Asked Questions

Everything you need to know about de-extinction and AfexGenesis™

Still have questions?

Our team of scientists and researchers is here to help

Contact Us

Join our mission. Whether you're a researcher, investor, or enthusiast, your expertise could be the key to unlocking the past.

Get Involved

Research Collaboration

Partner with us on genetic engineering, paleobiology, or bioinformatics research.

Specimen Contributions

Share discovered fossils or archaeological findings for analysis.

Technical Expertise

Contribute specialized knowledge in genetics, AI, or bioengineering.

Contact Information

afexgenesis@gmail.com

Research Division: Not Available at the Moment

Business: Not Available at the Moment

Not Available at the Moment

Working Hours

Research Operations: 24/7

Visitor Access?: Mon-Fri, 9:00-17:00

Emergency Contact: Available 24/7

Send Us Information

Help us accelerate our research by sharing valuable information, discoveries, or expertise.

Name *

Email *

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Message *

I understand that my submission may contain sensitive information and agree to maintain confidentiality regarding Project AfexGenesis™ research.

Note: this doesn't work lol, but we're working on it.

Initializing AfexGenesis™ ...

INTRODUCING AfexCore™

Afex Genesis™

Project Progress

Who Are We?

Pioneering Scientists

Advanced Laboratory

Global Mission

Our Vision

What We're Working On

Dinosaur Resurrection

Plant Gene Modification

Core Technologies

CRISPR-Cas13

Paleogenomics

Quantum Storage

De-Extinction Timeline

Jurassic World Inspiration

First Thought

Revival

AfexGenesis™ Launch

First Dinosaur Revival

Join the Revolution

Project Updates

Major Updates

Updates

Strategic Planning Board

Future Roadmap

Foundation & Research

First Resurrections

Ecosystem Integration

Environmental Benefits

Ecosystem Restoration

Ecosystem Restoration through De-Extinction

Carbon Sequestration Enhancement

Pollination and Plant Network Recovery

Holistic Habitat Management

Conservation Innovation

Genetic Diversity

Research Advancement

Educational Value

Ecosystem Engineering

Challenges & Ethical Considerations

Ecological Risks

Ethical Considerations

Technical Hurdles

Global Collaboration Initiative

Project Progress

Dinosaur Resurrection

Plant Gene Modification

Dinosaur Resurrection Progress

Project Overview

Raptor DNA Reconstruction Map

DNA Reconstruction Complete

Active Research

DNA Sequence Reconstruction

Protein Synthesis Testing

Planned Research

CRISPR Protocol Optimization

Surrogate Species Selection

Plant Gene Modification Progress

Project Overview

Active Research

Blue Anthurium Development

Spectrum Enhancement

📋 Planned Research

Commercial Cultivation

Environmental Testing

DNA Laboratory

DNA Reconstruction In Progress

Active Processes

DNA Sequence Reconstruction

Protein Synthesis Testing

CRISPR Protocol Development

📋 Next Steps

Embryonic Development

Habitat Simulation

Behavioral Analysis

Plant Gene Laboratory

Bioluminescent Gene Integration In Progress