Канал: Mark Temple

Sonification and Generative Music at the CORRIDOR project

Sonification and Generative Music at the CORRIDOR project

Science versus Art: The Music of Genes

Science versus Art: The Music of Genes

Sonification of the Human Mitochondrial Genome

Sonification of the Human Mitochondrial Genome

DNA Sonification at Lichfield Cathedral (UK)

DNA Sonification at Lichfield Cathedral (UK)

Too Ancient To Die Young: A film by Jenny Fraser

Too Ancient To Die Young: A film by Jenny Fraser

Science vs Art: taking sonified data from the laboratory to the studio

Science vs Art: taking sonified data from the laboratory to the studio

Science Symposium on Myrtle Rust "Spare a thought for the trees"

Science Symposium on Myrtle Rust "Spare a thought for the trees"

Sonification of the Myrtle Rust DNA sequence

Sonification of the Myrtle Rust DNA sequence

Live: Music made to accompany the Myrtle Rust genome

Live: Music made to accompany the Myrtle Rust genome

Generative Music made from a Critically Endangered Australian Native Plant (Long Version)

Generative Music made from a Critically Endangered Australian Native Plant (Long Version)

Generative Music made from a Critically Endangered Australian Native Plant (Short Version)

Generative Music made from a Critically Endangered Australian Native Plant (Short Version)

Myrtle Rust Never Sleeps! - Playing drums to audio from Myrtle Rust DNA sequences

Myrtle Rust Never Sleeps! - Playing drums to audio from Myrtle Rust DNA sequences

Too Ancient To Die Young (Installation promo)

Too Ancient To Die Young (Installation promo)

Beautiful generative music made from a critically endangered Australian native plant.

Beautiful generative music made from a critically endangered Australian native plant.

Short performance with Myrtle Rust sequence at Plant Bank

Short performance with Myrtle Rust sequence at Plant Bank

Making music from the sonification of Myrtle Rust DNA

Making music from the sonification of Myrtle Rust DNA

Talking about how to make Generative Music from Australian Native Plants

Talking about how to make Generative Music from Australian Native Plants

Science Meets Art: An evening of Sonification and Music

Science Meets Art: An evening of Sonification and Music

Making Music from the CoronaVirus Genome

Making Music from the CoronaVirus Genome

The Sound of the "Nucleocapsid Phosphoprotein" gene from SARS-CoV-2

The Sound of the "Nucleocapsid Phosphoprotein" gene from SARS-CoV-2

Using Music To Represent The CoronaVirus Genome - Live

Using Music To Represent The CoronaVirus Genome - Live

Molecular Rock vs Coronavirus

Molecular Rock vs Coronavirus

Live@the JOAN2018 REMIX

Live@the JOAN2018 REMIX

Coronacode Music (edit)

Coronacode Music (edit)

Sounds of the coronavirus genome.

Sounds of the coronavirus genome.

The Sound of the SARS-CoV-2 Genome: UTR to Surface Glycoprotein

The Sound of the SARS-CoV-2 Genome: UTR to Surface Glycoprotein

The Sound of the SARS-CoV-2 Genome: Nucleocapsid Phosphoprotein

The Sound of the SARS-CoV-2 Genome: Nucleocapsid Phosphoprotein

The Sound of the SARS-CoV-2 Genome: 5` and 3` untranslated regions

The Sound of the SARS-CoV-2 Genome: 5` and 3` untranslated regions

Coronacode Music

Coronacode Music

Quick Guide to Biological Databases

Quick Guide to Biological Databases

Quick Guide to using PubMed to create a narrative from a paper of interest.

Quick Guide to using PubMed to create a narrative from a paper of interest.

Quick Guide to the PubMed: Advanced Search

Quick Guide to the PubMed: Advanced Search

Quick Guide for filtering and sorting Excel data

Quick Guide for filtering and sorting Excel data

Sonification of coronavirus Surface Glycoprotein

Sonification of coronavirus Surface Glycoprotein

Using JOVE through WSU library

Using JOVE through WSU library

The Sound of the Covid-19 Genome: Transcription of SubGenomic RNA

The Sound of the Covid-19 Genome: Transcription of SubGenomic RNA

Remix: The Sound of the Covid-19 Genome: UTR through to the Polyprotein

Remix: The Sound of the Covid-19 Genome: UTR through to the Polyprotein

Remix: The Sound of the Covid-19 Genome: Translation of the Membrane Glycoprotein

Remix: The Sound of the Covid-19 Genome: Translation of the Membrane Glycoprotein

Remix: The Sound of the Covid-19 Genome: ORF10 to the polyA tail

Remix: The Sound of the Covid-19 Genome: ORF10 to the polyA tail

Talking about the sound of the Coronavirus (Covid-19) genome

Talking about the sound of the Coronavirus (Covid-19) genome

MolMed Lecture Summary 05

MolMed Lecture Summary 05

MolMed Lecture Summary 04

MolMed Lecture Summary 04

MolMed Lecture Summary 03

MolMed Lecture Summary 03

MolMed Lecture Summary 02

MolMed Lecture Summary 02

MolMed Lecture Summary 01

MolMed Lecture Summary 01

Higher Degree Research in the School of Science.

Higher Degree Research in the School of Science.

Summary of Cancer Genetics/Molecular Medicine Videos

Summary of Cancer Genetics/Molecular Medicine Videos

Understanding PCR

Understanding PCR

A quick guide for searching scientific literature and preparing a science diagram

A quick guide for searching scientific literature and preparing a science diagram

Example 2 Human RAS DNA

Example 2 Human RAS DNA

Example 3. Human Alphoid DNA

Example 3. Human Alphoid DNA

Example 1. Human Telomeric DNA

Example 1. Human Telomeric DNA

Chat about DNA Sonification on ABC radio

Chat about DNA Sonification on ABC radio

The Sound of Genes - National Science Week 2018

The Sound of Genes - National Science Week 2018

An auditory display tool for DNA sequence analysis 03

An auditory display tool for DNA sequence analysis 03

An auditory display tool for DNA sequence analysis 04

An auditory display tool for DNA sequence analysis 04

An auditory display tool for DNA sequence analysis 01

An auditory display tool for DNA sequence analysis 01

An auditory display tool for DNA sequence analysis 02

An auditory display tool for DNA sequence analysis 02

CODE - DNA sonification

CODE - DNA sonification

CODE at the JOAN 2018

CODE at the JOAN 2018

Live Lecture 05 Regulation of Gene Expression in Bacteria

Live Lecture 05 Regulation of Gene Expression in Bacteria

Live Lecture 06 Gene Expression in Eukaryotes

Live Lecture 06 Gene Expression in Eukaryotes

Live Lecture 04 Genetic Code and Translation

Live Lecture 04 Genetic Code and Translation

Live Lecture 03 Transcription in Eukaryotes

Live Lecture 03 Transcription in Eukaryotes

5.5 Drugable or undrugable targets

5.5 Drugable or undrugable targets

5.7 Multi-drug resistance

5.7 Multi-drug resistance

5.1 The Rational Treatment of Cancer

5.1 The Rational Treatment of Cancer

5.3 Anti-cancer drugs - (differentiation and apoptosis)

5.3 Anti-cancer drugs - (differentiation and apoptosis)

5.2 Therapies and accurate diagnosis of cancer

5.2 Therapies and accurate diagnosis of cancer

5.8 Cancer stem cells

5.8 Cancer stem cells

5.4 Appropriate targets for drug design

5.4 Appropriate targets for drug design

5.6 Drug targets - too many kinases

5.6 Drug targets - too many kinases

Live Lecture 02 Transcription

Live Lecture 02 Transcription

4.7 Jak-STAT pathway

4.7 Jak-STAT pathway

4.6 Downstream signalling from Ras (PI3K pathway)

4.6 Downstream signalling from Ras (PI3K pathway)

4.5 Downstream signalling from Ras (MAPK pathway)

4.5 Downstream signalling from Ras (MAPK pathway)

4.4 Mechanism of receptor tyrosine kinase (RTK) action

4.4 Mechanism of receptor tyrosine kinase (RTK) action

4.3 How is ras involved in signaling

4.3 How is ras involved in signaling

4.2 Cell Signalling - Immediate Early Genes

4.2 Cell Signalling - Immediate Early Genes

4.1 Cancer is a disease of uncontrolled cell proliferation

4.1 Cancer is a disease of uncontrolled cell proliferation

Live Lecture 01 DNA replication

Live Lecture 01 DNA replication

3.6 Control of the Cell Cycle Clock

3.6 Control of the Cell Cycle Clock

3.4 Loss of heterozygosity (LOH)

3.4 Loss of heterozygosity (LOH)

3.5 DNA methylation and acetylation

3.5 DNA methylation and acetylation

3.1 Is Cancer a dominant phenotype

3.1 Is Cancer a dominant phenotype

3.2 A new hypothesis – Tumor Suppressor Genes

3.2 A new hypothesis – Tumor Suppressor Genes

3.3 Retinoblastoma - a rare childhood eye tumor

3.3 Retinoblastoma - a rare childhood eye tumor

3.7 pRb and the Cell Cycle

3.7 pRb and the Cell Cycle

How to quickly search, select and plot data from a large excel spreadsheet

How to quickly search, select and plot data from a large excel spreadsheet

2.2 Mutated DNA causes cellular transformation

2.2 Mutated DNA causes cellular transformation

2.3 Many oncogenes have human origin

2.3 Many oncogenes have human origin

2.5 The case of Burkitt’s lymphoma

2.5 The case of Burkitt’s lymphoma

2.4 Discovery of the H-ras gene

2.4 Discovery of the H-ras gene

2.6 Basic cell signalling

2.6 Basic cell signalling

2.7 The Src protein

2.7 The Src protein

2.1 Cellular Oncogenes

2.1 Cellular Oncogenes

2.8 EGF receptor and the Ras protein

2.8 EGF receptor and the Ras protein

1.6 Metastasis and Angiogenesis

1.6 Metastasis and Angiogenesis

1.5 Cancer development - clonal selection

1.5 Cancer development - clonal selection

1.4 Colon cancer pathogenesis - gene mutations

1.4 Colon cancer pathogenesis - gene mutations

1.3 A succession of phenotypes

1.3 A succession of phenotypes

1.2 Polyps of the colon

1.2 Polyps of the colon

1.1 Multi Step Tumorigenesis

1.1 Multi Step Tumorigenesis

What does DNA sound like? 04 Repetitive CAG in Gene

What does DNA sound like? 04 Repetitive CAG in Gene

What does DNA sound like? 06 Non Coding Sequence

What does DNA sound like? 06 Non Coding Sequence

What does DNA sound like? 05 Coding Sequence

What does DNA sound like? 05 Coding Sequence

What does DNA sound like? 03 Repetitive Telomer

What does DNA sound like? 03 Repetitive Telomer

What does DNA sound like? 02 START Sequences

What does DNA sound like? 02 START Sequences

What does DNA sound like? 01 STOP Sequences

What does DNA sound like? 01 STOP Sequences

What does DNA sound like? 07 DNA as Music

What does DNA sound like? 07 DNA as Music

Quick introduction to DNA to help understand DNA sonification

Quick introduction to DNA to help understand DNA sonification

How to Install the JAZZ plugin on Safari (Mac OS X)

How to Install the JAZZ plugin on Safari (Mac OS X)

Guide to Using Micropipettors

Guide to Using Micropipettors

Origami DNA movie

Origami DNA movie

Origami DNA movie - Template for transparent acetate available from TIBS

Origami DNA movie - Template for transparent acetate available from TIBS

Understanding the Structure of DNA

Understanding the Structure of DNA

Quick guide to paper chromatography (Part 2)

Quick guide to paper chromatography (Part 2)

03 Tumor Supressors

03 Tumor Supressors

05 Cell Cycle Control

05 Cell Cycle Control

04 Cancer Signalling

04 Cancer Signalling

01 Multistep Tumor Formation

01 Multistep Tumor Formation

02 Oncogenes

02 Oncogenes

Quick Guide to Calculating Enzyme Activity

Quick Guide to Calculating Enzyme Activity

Quick guide to performing ion exchange chromatography

Quick guide to performing ion exchange chromatography

Quick guide to paper chromatography (Part 1)

Quick guide to paper chromatography (Part 1)

Quick guide to using a micropipette

Quick guide to using a micropipette

Week 01 Development fly

Week 01 Development fly

Week 12 p53 summary

Week 12 p53 summary

Week 11 Tumor Suppressors

Week 11 Tumor Suppressors

Week 10 Oncogenes

Week 10 Oncogenes

Week 13 Bioinformatics

Week 13 Bioinformatics

Week 02 Cancer Genetics

Week 02 Cancer Genetics

04 The Transcriptional Regulation of Gene Expression in Eukaryotes

04 The Transcriptional Regulation of Gene Expression in Eukaryotes

03 The Regulation of Gene Expression in Bacteria

03 The Regulation of Gene Expression in Bacteria

02 Regulating the Flow of Information (an overview of gene expression)

02 Regulating the Flow of Information (an overview of gene expression)

01 Protein Synthesis

01 Protein Synthesis