All #LRAGSP entries are now validated! We received submissions from 12 different teams with a total of 296 experiments for our three challenges!!! THANK YOU SO MUCH for everyone´s contributions. Now it is time for us to start analyzing data.....🤪

anaconesa's tweet image. All #LRAGSP entries are now validated! We received submissions from 12 different teams with a total of 296 experiments for our three challenges!!! THANK YOU SO MUCH for everyone´s contributions. Now it is time for us to start analyzing data.....🤪

Challenge 3 will use lrRNA-seq data obtained for an organism without a well-documented genome: the Florida manatee. cDNA was obtained from white blood cells and sequenced with Sequel and MinIOn instruments. An unannotated draft genome is provided at the #LRAGSP site.

anaconesa's tweet image. Challenge 3 will use lrRNA-seq data obtained for an organism without a well-documented genome: the Florida manatee. cDNA was obtained from white blood cells and sequenced with Sequel and MinIOn instruments. An unannotated draft genome is provided at the #LRAGSP site.

#LRAGSP is committed to transparent and reproducible research. Today, at our community call we presented the evaluation scripts for all 3 challenges. You can download them from github.com/LRGASP & test your performance before submitting! Meeting recordings also available!

anaconesa's tweet image. #LRAGSP is committed to transparent and reproducible research. Today, at our community call we presented the evaluation scripts for all 3 challenges. You can download them from github.com/LRGASP & test your performance before submitting! Meeting recordings also available!

Full details of how #LRAGSP Challenge 1 will be evaluated in thread below. See link for more info.

#LRAGSP Twitter thread of the week is about the evaluation of Challenge 1. Challenge 1 is transcript reconstruction using long reads when a well-annotated genome is available. More information about #LRGASP can be found at gencodegenes.org/pages/LRGASP/ 1/12 @GencodeGenes



#LRAGSP Twitter thread of the week is about the evaluation of Challenge 1. Challenge 1 is transcript reconstruction using long reads when a well-annotated genome is available. More information about #LRGASP can be found at gencodegenes.org/pages/LRGASP/ 1/12 @GencodeGenes


All #LRAGSP entries are now validated! We received submissions from 12 different teams with a total of 296 experiments for our three challenges!!! THANK YOU SO MUCH for everyone´s contributions. Now it is time for us to start analyzing data.....🤪

anaconesa's tweet image. All #LRAGSP entries are now validated! We received submissions from 12 different teams with a total of 296 experiments for our three challenges!!! THANK YOU SO MUCH for everyone´s contributions. Now it is time for us to start analyzing data.....🤪

#LRAGSP is committed to transparent and reproducible research. Today, at our community call we presented the evaluation scripts for all 3 challenges. You can download them from github.com/LRGASP & test your performance before submitting! Meeting recordings also available!

anaconesa's tweet image. #LRAGSP is committed to transparent and reproducible research. Today, at our community call we presented the evaluation scripts for all 3 challenges. You can download them from github.com/LRGASP & test your performance before submitting! Meeting recordings also available!

Challenge 3 will use lrRNA-seq data obtained for an organism without a well-documented genome: the Florida manatee. cDNA was obtained from white blood cells and sequenced with Sequel and MinIOn instruments. An unannotated draft genome is provided at the #LRAGSP site.

anaconesa's tweet image. Challenge 3 will use lrRNA-seq data obtained for an organism without a well-documented genome: the Florida manatee. cDNA was obtained from white blood cells and sequenced with Sequel and MinIOn instruments. An unannotated draft genome is provided at the #LRAGSP site.

Full details of how #LRAGSP Challenge 1 will be evaluated in thread below. See link for more info.

#LRAGSP Twitter thread of the week is about the evaluation of Challenge 1. Challenge 1 is transcript reconstruction using long reads when a well-annotated genome is available. More information about #LRGASP can be found at gencodegenes.org/pages/LRGASP/ 1/12 @GencodeGenes



#LRAGSP Twitter thread of the week is about the evaluation of Challenge 1. Challenge 1 is transcript reconstruction using long reads when a well-annotated genome is available. More information about #LRGASP can be found at gencodegenes.org/pages/LRGASP/ 1/12 @GencodeGenes


All #LRAGSP entries are now validated! We received submissions from 12 different teams with a total of 296 experiments for our three challenges!!! THANK YOU SO MUCH for everyone´s contributions. Now it is time for us to start analyzing data.....🤪

anaconesa's tweet image. All #LRAGSP entries are now validated! We received submissions from 12 different teams with a total of 296 experiments for our three challenges!!! THANK YOU SO MUCH for everyone´s contributions. Now it is time for us to start analyzing data.....🤪

#LRAGSP is committed to transparent and reproducible research. Today, at our community call we presented the evaluation scripts for all 3 challenges. You can download them from github.com/LRGASP & test your performance before submitting! Meeting recordings also available!

anaconesa's tweet image. #LRAGSP is committed to transparent and reproducible research. Today, at our community call we presented the evaluation scripts for all 3 challenges. You can download them from github.com/LRGASP & test your performance before submitting! Meeting recordings also available!

Challenge 3 will use lrRNA-seq data obtained for an organism without a well-documented genome: the Florida manatee. cDNA was obtained from white blood cells and sequenced with Sequel and MinIOn instruments. An unannotated draft genome is provided at the #LRAGSP site.

anaconesa's tweet image. Challenge 3 will use lrRNA-seq data obtained for an organism without a well-documented genome: the Florida manatee. cDNA was obtained from white blood cells and sequenced with Sequel and MinIOn instruments. An unannotated draft genome is provided at the #LRAGSP site.

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