Attribution 4.0 (CC BY 4.0)https://creativecommons.org/licenses/by/4.0/
License information was derived automatically
Tables of estimated abundances of taxa present in metagenomic samples (including human) using Kraken (Wood & Salzberg, Genome Biology, 2013), based on k-mer identity with a reference database extracted from a large set of complete genomesThis reference database included all available RefSeq genomes as of September 19th 2017 for bacteria (94,803), archaea (676), viruses (7,497), protozoa (79), fungi (238) and plasmids (10,842). We added the GRCh38, HuRef and YanHuang human genome reference sequences (International Human Genome Sequencing Consortium, 2004; Levy et al., 2007; Wang et al., 2008)Kraken assigns reads to all taxonomic levels in a cumulative manner, and relative abundance of taxa can be computed using the ratio of read counts at one specific level over the total. Read counts were computed 1) with a conservative filter on read confidence scores, i.e. keeping only reads with more than 20% k-mers assigned to congruent taxa (using kraken-filter executable with option “--thresh 0.20”); and 2) in a sensitive mode, i.e. without confidence score filtering. Relative abundances were computed at the species and genus level. Distribution of relative abundances per sample (from sensitive mode) showed significant bias relative to sequencing depth for values under 10-12, with low-depth samples being depleted in rare species (Fig. S1), so the species relative abundance dataset was truncated to species with values above 10-12, decreasing the number of represented species from 8,226 to 5,323. We used linear discriminant analysis (LDA) effect size (LEfSe) (Segata et al., 2011) to detect taxa that significantly differentiate groups of samples based on their subsistence strategy (accounting for the underlying grouping by population). We then used a simple LDA, as implemented in the ade4 R package (Dufour & Dray, 2007), to identify the species that specifically differentiate microbiomes along the human lifestyle gradient opposing HGs to Western controls (WCs); significance was assessed with pairwise t-tests, Wilcoxon rank-sum tests (using Benjamini-Hochberg false discovery rate [FDR] correction procedure for multiple testing) and ANCOM test (with low stringency multiple testing correction, option ‘multcorr=2’).Figures : Taxa discriminating between subsistence strategies under conservative and sensitive settings, respectively.WGS-based estimates of taxonomic abundance (Kraken classification from reads with assignment confidence over 20% or unfiltered reads, respectively) were used to find (A) the best discriminant taxa based on a three-way comparison of the HG, TF and WC groups with the LEfSe algorithm (score over 3), and (B) the best discriminant species between HG and WC groups based on a simple LDA. Species are ranked (left to right and top to bottom) by decreasing absolute LDA score. Abundances significantly different under a Wilcoxon rank sum test with FDR-corrected p-values < 0.05 are indicated with an asterisk. WC: Western Controls; TF: Traditional Farmers; HG: Hunter-Gatherers.Scripts used to analyse these results can be found on GitHub: https://github.com/flass/microbiomes/tree/master/scripts/krakenThis work was published in the journal Molecular Ecology doi: 10.1111/mec.1443
https://creativecommons.org/publicdomain/zero/1.0/https://creativecommons.org/publicdomain/zero/1.0/
Real and up to date stock market exchange of cryptocurrencies can be quite expensive and are hard to get. However, historical financial data are the starting point to develop algorithm(s) to analyze market trend and why not beat the market by predicting market movement.
Data provided in this dataset are historical data from the beginning of OMG-ETH pair market on Kraken exchange up to the present (2021 December). This data comes frome real trades on one of the most popular cryptocurrencies exchange.
Historical market data, also known as trading history, time and sales or tick data, provides a detailed record of every trade that happens on Kraken exchange, and includes the following information: - Timestamp - The exact date and time of each trade. - Price - The price at which each trade occurred. - Volume - The amount of volume that was traded.
In addition, OHLCVT data are provided for the most common period interval: 1 min, 5 min, 15 min, 1 hour, 12 hours and 1 day. OHLCVT stands for Open, High, Low, Close, Volume and Trades and represents the following trading information for each time period: - Open - The first traded price - High - The highest traded price - Low - The lowest traded price - Close - The final traded price - Volume - The total volume traded by all trades - Trades - The number of individual trades
Don't hesitate to tell me if you need other period interval 😉 ...
This dataset will be updated every quarter to add new and up to date market trend. Let me know if you need an update more frequently.
Can you beat the market? Let see what you can do with these data!
Attribution 4.0 (CC BY 4.0)https://creativecommons.org/licenses/by/4.0/
License information was derived automatically
kraken database for MetaMeta pipeline version 1. The database was generated by the kraken-build script and it is based on the NCBI RefSeq Complete Genome sequences of Archaea and Bacteria dating from 2015-06-02
https://creativecommons.org/publicdomain/zero/1.0/https://creativecommons.org/publicdomain/zero/1.0/
Real and up to date stock market exchange of cryptocurrencies can be quite expensive and are hard to get. However, historical financial data are the starting point to develop algorithm(s) to analyze market trend and why not beat the market by predicting market movement.
Data provided in this dataset are historical data from the beginning of ETH-USD pair market on Kraken exchange up to the present (2021 December). This data comes frome real trades on one of the most popular cryptocurrencies exchange.
Historical market data, also known as trading history, time and sales or tick data, provides a detailed record of every trade that happens on Kraken exchange, and includes the following information: - Timestamp - The exact date and time of each trade. - Price - The price at which each trade occurred. - Volume - The amount of volume that was traded.
In addition, OHLCVT data are provided for the most common period interval: 1 min, 5 min, 15 min, 1 hour, 12 hours and 1 day. OHLCVT stands for Open, High, Low, Close, Volume and Trades and represents the following trading information for each time period: - Open - The first traded price - High - The highest traded price - Low - The lowest traded price - Close - The final traded price - Volume - The total volume traded by all trades - Trades - The number of individual trades
Don't hesitate to tell me if you need other period interval 😉 ...
This dataset will be updated every quarter to add new and up to date market trend. Let me know if you need an update more frequently.
Can you beat the market? Let see what you can do with these data!
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Comprehensive financial and analytical metrics for Kraken, including key performance indicators, market data, and ecosystem analytics.
Attribution 4.0 (CC BY 4.0)https://creativecommons.org/licenses/by/4.0/
License information was derived automatically
Kraken/Braken databases for UHGG genomes.
HUMAN_3006.tar.gz: Kraken/Bracken database for 3006 high quality species clusters of the UHGG (Beresford-Jones et al., 2022). Database was built from the single highest quality genome for each species cluster (n=3006). Uses the original GTDB v1.3 taxonomy.
UHGG_5987_KRAKEN.tar.gz: Kraken/Bracken database for 3006 high quality species clusters of the UHGG (Beresford-Jones et al., 2022). Species clusters are represented by a variable number of high quality genomes (n=5987 in total), selected to maximise represented taxonomic diversity. Uses a custom taxonomy modified from GTDB v2.1 with each species cluster being represented by a species level taxonomic annotation.
Methods:
Databases built using Kraken v2.1.2 and Bracken v2.6.2. Commands used to build the databases are included below.
kraken2-build --build --db Kraken --threads 12
bracken-build -d Kraken -k 35 -l 150 -t 12
OHLCVT stands for Open, High, Low, Close, Volume and Trades and represents the following trading information within each time frame (such as one minute, five minute, hourly, daily, etc.):
Open: the first traded price High: the highest traded price Low: the lowest traded price Close: the final traded price Volume: the total volume traded by all trades Trades: the number of individual trades
Each ZIP file contains the relevant CSV files for 1, 5, 15, 30, 60, 240, 720 and 1440 minute intervals, which can be viewed in a text editor, used in code, converted into other formats (such as JSON, XML, etc.) or imported into a graphical charting application.
Note that the OHLCVT data only includes entries for intervals when trades happened, so any missing candlesticks indicate that no trades occurred during those intervals. Charting software often provides an option to display/hide empty intervals, which could be used to replace the missing candlesticks if needed.
Attribution 4.0 (CC BY 4.0)https://creativecommons.org/licenses/by/4.0/
License information was derived automatically
Taxonomic binning of the gold standard pooled assembly
Software: Kraken
SoftwareVersion: 2.0.8 beta
DataURL: https://data.cami-challenge.org/participate
SoftwareURL: https://ccb.jhu.edu/software/kraken2/
ReferenceDatabase: built 2019-05-22
Taxonomy: NCBI 2019-05-22
ShortReadsUsed: False
LongReadsUsed: False
CommandUsed: kraken2-build --standard --db kraken2db_std --use-ftp
kraken2 --db kraken2db_std --threads 16 --output 19122017_mousegut_scaffolds.kraken --report 19122017_mousegut_scaffolds.kreport anonymous_gsa_pooled.fasta
cat 19122017_mousegut_scaffolds | awk '{print $2 "\t" $3}' > 19122017_mousegut_scaffolds.cami
Attribution 4.0 (CC BY 4.0)https://creativecommons.org/licenses/by/4.0/
License information was derived automatically
Kraken reports for each tick sample as well as combined table
Kraken is one of the world’s most secure and respected cryptocurrency exchanges, offering advanced trading tools and digital asset management solutions. But even the most reliable platforms can sometimes present users with challenges. Whether you're facing login issues, wallet synchronization problems, withdrawal delays, or security alerts, you can get immediate help by calling the official Kraken wallet support number (+↪1→859→687→4797↩).
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As part of the EEAT (Expertise, Experience, Authoritativeness, and Trustworthiness) framework, this service guarantees top-tier support. Kraken is known for its high security standards, and its support representatives are trained to maintain those same standards during every customer interaction. When you contact the Kraken wallet support number (+↪1→859→687→4797↩), you are guaranteed a confidential, professional, and knowledgeable response tailored to your specific issue.
Many users report facing difficulties with wallet access, forgotten credentials, or pending transactions. Instead of struggling alone, reach out to the Kraken wallet support number (+↪1→859→687→4797↩) for immediate solutions. Whether you're a beginner trying to recover your account or a seasoned trader needing assistance with advanced wallet tools, Kraken’s support team is ready to help.
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Whether you need step-by-step guidance, technical troubleshooting, or urgent issue resolution, Kraken’s support agents are available through this trusted channel. The Kraken wallet support number (+↪1→859→687→4797↩) provides more than just answers—it offers peace of mind knowing that your crypto investments are backed by a professional, user-first team.
In conclusion, if you’re dealing with any kind of wallet-related problem on Kraken, don’t wait. Call the Kraken wallet support number (+↪1→859→687→4797↩) now for quick, secure, and professional assistance. Get connected to the experts who understand your wallet, value your time, and are dedicated to your digital security.
Your solution is one call away—dial the Kraken wallet support number (+↪1→859→687→4797↩) for fast and effective support.
Having issues with your Kraken wallet? Whether you’re locked out, facing delays, or concerned about security, getting the right support matters. One number circulating online is +1-888-416-9087—but it’s important to note this isn’t officially listed on Kraken.com.
When to Contact Kraken Support:
2FA login issues
Funds missing or delayed
ID verification problems
Suspicious activity on your account
Official Kraken Support Methods:
Live Chat: Available at support.kraken.com
Email: support@kraken.com
In-App: Use Help Center inside the Kraken app
Social Media: Tweet @krakenfx
Phone (Unverified): +1-888-416-9087 (use caution)
Calling the Unofficial Number – What to Do:
Double-check number via Kraken’s Help Center
Be cautious when dialing
Provide only necessary info (never passwords or seed phrases)
Ask for a support ticket or case number
Follow up via Kraken’s official email
Stay Safe: Kraken urges users to rely on in-app or web support channels. If you try the phone route, protect your account info and always confirm legitimacy.
Intro If your Kraken Wallet hits a snag, there’s no need to panic. Whether you’re locked out or dealing with device glitches, the dedicated support line at +1-888-416-9087 can help you sort it out fast. Kraken Wallet Highlights This hardware wallet offers: • Cold storage for private keys • Multi-currency support • Secure PIN and passphrase features • Simple firmware upgrades Why People Kraken It Being offline means it’s highly resistant to hacks, making Kraken perfect for anyone who values security. When Things Go Wrong You might run into: • Computer connection failures • Problems updating firmware • Forgotten PINs or phrases • Damaged or lost devices Why Kraken Support is Essential The support team: • Guides you through urgent issues • Keeps your crypto safe • Helps you get back up and running Before Calling Try the Help Center, or email: support@Krakenwallet.com. Social channels may also provide quick tips. Dialing +1-888-416-9087 This number connects you with professionals trained to: • Handle wallet malfunctions • Assist with security concerns • Help with urgent recoveries Call Flow – What to Expect • Share basic device/OS info • Follow troubleshooting steps • Never reveal your recovery seed Before You Call 1. Note your model and serial number 2. Call during U.S. business hours 3. Follow prompts carefully 4. Stay calm and take notes Call Tips • Stay polite • Speak clearly • Don’t disclose your seed phrase Support Alternatives • Chatbot on the website • Email for complex cases • User communities for shared experiences Avoiding Scams • Stick to: https://Krakenwallet.com • Ignore unsolicited contact • Never share your recovery phrase What Support Will Ask For • Device details • Operating system info • Description of the issue After the Call • Check email for case ID • Complete follow-up steps • Monitor wallet activity Security Standards Support calls are encrypted, and Kraken never stores or asks for seed data. Final Note When problems arise, Kraken support is your go-to. Dial +1-888-416-9087 and get back on track securely.
Kraken users facing issues like account lockouts or verification delays may seek help through a variety of channels. You might encounter the number +1-888-416-9087 online—but this isn’t listed on Kraken’s official site.
Reasons People Contact Kraken:
Locked accounts due to 2FA issues
Trouble verifying identity
Stuck transactions
Suspected hacks or phishing
Lost access to wallet
Kraken’s Trusted Support Options:
Live chat via Kraken’s website
Email: support@kraken.com
In-app help tools
Twitter/X: @krakenfx
Unofficial number: +1-888-416-9087 (with caution)
If You Call +1-888-416-9087:
Confirm if the number is still in use
Ask to speak to a representative
Provide only minimal verification details
Write down any support ticket or case ID
Follow up with official channels
Never share your recovery keys or passwords
Warning: Phone support is not Kraken’s standard method. Stick to official tools for a safer experience.
Stuck with a Kraken wallet issue? Support is available—but be cautious about numbers like +1-888-416-9087, which is not found on Kraken’s official website.
Top Reasons to Reach Out:
Can’t log in due to 2FA failure
Delayed withdrawals or deposits
KYC verification problems
Possible unauthorized activity
Trouble recovering your account
How to Reach Kraken Securely:
Live Chat: Via their site (24/7 help)
App Support: Log in and use the Help feature
Email: support@kraken.com
Social Media: Use @krakenfx for updates
Phone: +1-888-416-9087 (proceed carefully—it’s unverified)
Tips for Calling an Unverified Number:
Confirm on Kraken’s site before dialing
Don’t give sensitive info
Ask for case ID and next steps
Follow up with an official email
Watch for strange activity on your account afterward
Always trust Kraken’s official channels first. Phone support can be tricky, so stay alert and secure.
CC0 1.0 Universal Public Domain Dedicationhttps://creativecommons.org/publicdomain/zero/1.0/
License information was derived automatically
Wood et al simulated dataset used to evaluate the accuracy of Kraken v1 (and other classifiers) in the original Kraken publication; contains three FASTA files and instructions for obtaining the source taxonomic IDs for each sequence. These simulated metagenomic samples (each 10,000 reads) were also used to evaluate the speed of the non-Kraken classifiers.
Introduction Kraken Wallet is a leader in crypto security, but sometimes even the best tools need human help. If your wallet isn’t cooperating, reaching out to Kraken support at +1-888-416-9087 can make all the difference. What Makes Kraken Great Top features include: • Offline storage to guard your assets • Support for multiple coins • Protection with PIN/passphrases • Firmware updates made easy Common User Issues Even this secure wallet can present issues such as: • Not being detected by your PC • Update-related bugs • PIN/passphrase troubles • Lost or broken devices How Support Helps When problems arise, support can: • Guide you through safe recovery • Prevent loss of funds • Deliver expert solutions quickly Try These First: • Visit the Help Center • Email: support@Krakenwallet.com • Browse Reddit, Telegram, or Twitter When to Call +1-888-416-9087 Call when you experience: • Wallet access problems • Device failures • Urgent recovery situations During the Call Expect: • Tech-specific questions • Secure guidance • No requests for seed words Call Preparation Checklist • Gather your device info • Call during U.S. hours • Follow prompts • Stay focused and take notes Smart Call Habits • Be patient and clear • Stick to basic terms • Keep your recovery phrase private Other Support Channels • AI chatbot • Support email • User forums Avoiding Imposters • Use only: https://Krakenwallet.com • Ignore DMs and phishing attempts • Never share your 12/24-word phrase What You’ll Need • Model and serial number • Operating system/browser details • Clear issue summary Post-Support Follow-Up • Get your case number • Follow next steps • Watch your wallet for anything odd Privacy Note Kraken encrypts all calls and protects your data—your recovery phrase is never stored or required. Conclusion When in doubt, reaching out to Kraken via +1-888-416-9087 is the smartest move. Help is just a call away.
https://creativecommons.org/publicdomain/zero/1.0/https://creativecommons.org/publicdomain/zero/1.0/
Real and up to date stock market exchange of cryptocurrencies can be quite expensive and are hard to get. However, historical financial data are the starting point to develop algorithm(s) to analyze market trend and why not beat the market by predicting market movement.
Data provided in this dataset are historical data from the beginning of NANO-USD pair market on Kraken exchange up to the present (2021 December). This data comes frome real trades on one of the most popular cryptocurrencies exchange.
Historical market data, also known as trading history, time and sales or tick data, provides a detailed record of every trade that happens on Kraken exchange, and includes the following information: - Timestamp - The exact date and time of each trade. - Price - The price at which each trade occurred. - Volume - The amount of volume that was traded.
In addition, OHLCVT data are provided for the most common period interval: 1 min, 5 min, 15 min, 1 hour, 12 hours and 1 day. OHLCVT stands for Open, High, Low, Close, Volume and Trades and represents the following trading information for each time period: - Open - The first traded price - High - The highest traded price - Low - The lowest traded price - Close - The final traded price - Volume - The total volume traded by all trades - Trades - The number of individual trades
Don't hesitate to tell me if you need other period interval 😉 ...
This dataset will be updated every quarter to add new and up to date market trend. Let me know if you need an update more frequently.
Can you beat the market? Let see what you can do with these data!
CC0 1.0 Universal Public Domain Dedicationhttps://creativecommons.org/publicdomain/zero/1.0/
License information was derived automatically
A kraken2 database built from the genome assemblies used by the Human Pangenome Reference Consortium (https://projects.ensembl.org/hprc/). This archive contains the three files required by kraken2, hash.k2d, opts.k2d, and taxo.k2d, along with inspect.txt, which is obtained by running kraken2-inspect on the database, ktaxonomy.tsv, which contains the taxonomy information of the database (obtained by running https://github.com/jenniferlu717/KrakenTools#make_ktaxonomypy).
The genomes for this database were downloaded using the assembly summary text file included in this dataset and genome_updater.sh (v0.6.3; https://github.com/pirovc/genome_updater)
genome_updater.sh -m -a -f "genomic.fna.gz" -t 8 -e "hprc_assembly_summary.txt" -o HPRC_genomes/
The python script prepare_kraken_fasta.py was then used to prepare the assemblies for use in kraken with the following command
python prepare_kraken_fasta.py -r -T 9606 -o HPRC.fna HPRC_genomes/
The database was then built with kraken2 using the following commands
kraken2-build --download-taxonomy --db db/
kraken2-build --add-to-library HPRC.fna --db db/
kraken2-build --build --db db/ --threads 16
This statistic shows the advertising spending of the rum brand Kraken in the United States from 2013 to 2015. The brand invested approximately **** million U.S. dollars in advertising in 2013.
Attribution 4.0 (CC BY 4.0)https://creativecommons.org/licenses/by/4.0/
License information was derived automatically
Tables of estimated abundances of taxa present in metagenomic samples (including human) using Kraken (Wood & Salzberg, Genome Biology, 2013), based on k-mer identity with a reference database extracted from a large set of complete genomesThis reference database included all available RefSeq genomes as of September 19th 2017 for bacteria (94,803), archaea (676), viruses (7,497), protozoa (79), fungi (238) and plasmids (10,842). We added the GRCh38, HuRef and YanHuang human genome reference sequences (International Human Genome Sequencing Consortium, 2004; Levy et al., 2007; Wang et al., 2008)Kraken assigns reads to all taxonomic levels in a cumulative manner, and relative abundance of taxa can be computed using the ratio of read counts at one specific level over the total. Read counts were computed 1) with a conservative filter on read confidence scores, i.e. keeping only reads with more than 20% k-mers assigned to congruent taxa (using kraken-filter executable with option “--thresh 0.20”); and 2) in a sensitive mode, i.e. without confidence score filtering. Relative abundances were computed at the species and genus level. Distribution of relative abundances per sample (from sensitive mode) showed significant bias relative to sequencing depth for values under 10-12, with low-depth samples being depleted in rare species (Fig. S1), so the species relative abundance dataset was truncated to species with values above 10-12, decreasing the number of represented species from 8,226 to 5,323. We used linear discriminant analysis (LDA) effect size (LEfSe) (Segata et al., 2011) to detect taxa that significantly differentiate groups of samples based on their subsistence strategy (accounting for the underlying grouping by population). We then used a simple LDA, as implemented in the ade4 R package (Dufour & Dray, 2007), to identify the species that specifically differentiate microbiomes along the human lifestyle gradient opposing HGs to Western controls (WCs); significance was assessed with pairwise t-tests, Wilcoxon rank-sum tests (using Benjamini-Hochberg false discovery rate [FDR] correction procedure for multiple testing) and ANCOM test (with low stringency multiple testing correction, option ‘multcorr=2’).Figures : Taxa discriminating between subsistence strategies under conservative and sensitive settings, respectively.WGS-based estimates of taxonomic abundance (Kraken classification from reads with assignment confidence over 20% or unfiltered reads, respectively) were used to find (A) the best discriminant taxa based on a three-way comparison of the HG, TF and WC groups with the LEfSe algorithm (score over 3), and (B) the best discriminant species between HG and WC groups based on a simple LDA. Species are ranked (left to right and top to bottom) by decreasing absolute LDA score. Abundances significantly different under a Wilcoxon rank sum test with FDR-corrected p-values < 0.05 are indicated with an asterisk. WC: Western Controls; TF: Traditional Farmers; HG: Hunter-Gatherers.Scripts used to analyse these results can be found on GitHub: https://github.com/flass/microbiomes/tree/master/scripts/krakenThis work was published in the journal Molecular Ecology doi: 10.1111/mec.1443