fill in more missing lectures

_posts/0009-04-01-Lectures.md

@@ -28,36 +28,39 @@ Organized by [Cold Spring Harbor Laboratory (CSHL)](http://www.cshl.edu/) - [Cou
 
 * [Emerging next-generation sequencing platforms (Elaine Mardis)](https://github.com/griffithlab/rnabio.org/blob/master/assets/lectures/cshl/2023/full/CSHL_Emerging NGS Platforms_Mardis.pdf)
 * [Overview of Next Generation Short Read Sequencing Technologies (Elaine Mardis)](https://github.com/griffithlab/rnabio.org/blob/master/assets/lectures/cshl/2023/full/CSHL_ShortRead_Mardis.pdf)
-* [Ben Sunkel] 
-* [John McPherson]
-* [Research Applications of Single Cell Sequencing (Trevor Pugh)]
+* [Epigenomics (Ben Sunkel)]() 
+* [The Genomic Era is Alive and Well! (John McPherson)]()
+* [Research Applications of Single Cell Sequencing (Trevor Pugh)]()
 * [Single cell sequencing technology and applications (Jonathan Preall)](https://github.com/griffithlab/rnabio.org/blob/master/assets/lectures/cshl/2023/full/SeqTech_2023_Preall.pdf)
 * [Genomics at scale with the NHGRI AnVIL (Mike Schatz)](https://github.com/griffithlab/rnabio.org/blob/master/assets/lectures/cshl/2023/full/2023.11.07.CSHLSequencing.AnVIL_Schatz.pdf)
 * [Long read sequencing technology and research applications (Richard McCombie)](https://github.com/griffithlab/rnabio.org/blob/master/assets/lectures/cshl/2023/full/McCombie_Sequencing_course_2023_final.pdf)
-* [Zach Lippman]
+* [Genomics in agriculture(Zach Lippman)]()
 * [Interpreting cis-regulatory mechanisms learned by genomic deep learning (Peter Koo)](https://github.com/griffithlab/rnabio.org/blob/master/assets/lectures/cshl/2023/full/2023_Advanced Sequencing Technologies & Bioinformatics Analysis Course_Koo.pdf)
 * [More advanced command line lab and exercise (Jason Kunisaki)](https://github.com/griffithlab/rnabio.org/blob/master/assets/lectures/cshl/2023/full/11_8_2023 - Command Line Lab_Kunisaki.pdf)
-* [Adam Phillippy]
+* [What’s new in the human (pan)genome?(Adam Phillippy)]()
 * [An Overview of Bioinformatics (Chris Miller)](https://github.com/griffithlab/rnabio.org/blob/master/assets/lectures/cshl/2023/full/intro_bioinformatics_Miller.pdf)
 * [Intro to cloud computing (My Hoang)](https://github.com/griffithlab/rnabio.org/blob/master/assets/lectures/cshl/2023/full/RNASeq_Module0_CloudComputing.pdf)
-* [Sanja Vickovic]
+* [Spatial transcriptomics (Sanja Vickovic)]
 * [Concepts in genome coordinates, intervals, and arithmetic (Jason Kunisaki)](https://github.com/griffithlab/rnabio.org/blob/master/assets/lectures/cshl/2023/full/Bedtools Part 1_Kunaski.pdf)
 * [Using bedtools (and awk) to perform genome arithmetic (Jason Kunisaki)](https://github.com/griffithlab/rnabio.org/blob/master/assets/lectures/cshl/2023/full/Bedtools part 2_Kunasaki.pdf)
 * [Noncoding RNAs (Chris Maher)]
 * [File formats (Felicia Gomez)](https://github.com/griffithlab/rnabio.org/blob/master/assets/lectures/cshl/2023/full/RNASeq_MiniLecture_02_03_SAM_BAM_BED-2_Gomez.pdf)
 * [Alignment concepts (Felicia Gomez)](https://github.com/griffithlab/rnabio.org/blob/master/assets/lectures/cshl/2023/full/alignment_lecture_3_update_2023_Gomez.pdf)
-* [Jessica Mozersky]
+* [Ethics and Regulation of Genomic Research (Jessica Mozersky)]()
 * [DNA Alignment LAB_CSHL_2023 (Mariam Khanfar)](https://github.com/griffithlab/rnabio.org/blob/master/assets/lectures/cshl/2023/full/DNA Alignment LAB_CSHL_2023_Kahnfar.pdf)
 * [Introduction to IGV (Kartik Singhal)](https://github.com/griffithlab/rnabio.org/blob/master/assets/lectures/cshl/2023/full/RNASeq_Module2_IGV_Tutorial_Brief_Singhal.pdf)
 * [Intro to concepts in variant calling (Chris Miller)](https://github.com/griffithlab/rnabio.org/blob/master/assets/lectures/cshl/2023/full/variant_calling_Miller.pdf)
 * [VCF Format (Mariam Khanfar)](https://github.com/griffithlab/rnabio.org/blob/master/assets/lectures/cshl/2023/full/VCF_Format_CSHL-2023_Kahnfar.pdf)
 * [Somatic variant calling (Chris Miller)](https://github.com/griffithlab/rnabio.org/blob/master/assets/lectures/cshl/2023/full/variant_calling_Miller.pdf)
 * [Variant Representation and Interpretation (Wes Goar)](https://github.com/griffithlab/rnabio.org/blob/master/assets/lectures/cshl/2023/full/Variant Interpretation or  Classification CSHL 2023_Goar.pdf)
 * [Introduction to epigenomics - ATAC, ChIPseq and Bisulfite approaches (Chris Miller)](https://github.com/griffithlab/rnabio.org/blob/master/assets/lectures/cshl/2023/full/chipseq_bisulfite_Miller.pdf)
-* [Data Visualization(Chris Miller)]
-* [Data Cleaning (Chris Miller)]
-* [Single cell ATAC-seq (Yang Li)]
-* [Single cell ATAC-seq Part 2 (Yang Li)]
+* [Data Visualization(Chris Miller)]()
+* [Data Cleaning (Chris Miller)]()
+* [Single cell ATAC-seq (Yang Li)]()
+* [Single cell ATAC-seq Part 2 (Yang Li)]()
+* [Introduction to bulk RNA-sequencing (Malachi Griffith)](https://github.com/griffithlab/rnabio.org/blob/master/assets/lectures/cshl/2023/full/RNASeq_Module1_IntrotoRNA.pdf)
+* [Alignment and visualization concepts(Arpad Danos)](https://github.com/griffithlab/rnabio.org/blob/master/assets/lectures/cshl/2023/full/RNASeq_MiniLecture_02_01_Alignment.pdf)
+* [Expression and Differential Expression analysis lecture (Obi Griffith)](https://github.com/griffithlab/rnabio.org/blob/master/assets/lectures/cshl/2023/full/RNASeq_Module3_AbundanceEstimation_DifferentialExpression.pdf)
 * [Probability and statistics for genomics analysis (Aaron Quinlan)](https://github.com/griffithlab/rnabio.org/blob/master/assets/lectures/cshl/2023/full/Quinlan_Binomial_Random_Variables_and_Variant_Discovery.pdf)
 * [Introduction to scRNA analysis (Jonathan Preall)]
 * [Epilepsy-affected brain tissues, somatic mosaicism, model organisms (Tracy Bedrosian)]