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  • 5th August 2014 Sol 710

    Posted by jbridges in Mars Science Laboratory Blog on August 5, 2014 We are moving into a new sort of terrain as we enter Hidden Valley.  On this HiRISE image and the inset MAHLI image you can see the sand ripples that we are traversing.

  • February 21st 2013 Sol 194

    Posted by jbridges in Mars Science Laboratory Blog on February 21, 2013 We are in the next stage of the drilling analysis process: the drilled sedimentary rock has been transferred to the scoop on the arm’s turret, prior to being taken into CHIMRA via the sieve, part of which...

  • Monday 10th December Sol 123

    Posted by jbridges in Mars Science Laboratory Blog on December 10, 2012 Here is a Mastcam image of the new terrain we are exploring.  You can see layered deposits in the middle distance and a flat eroded surface in the near field.

  • 1st August 2013 Sol 351

    Posted by jbridges in Mars Science Laboratory Blog on August 1, 2013 We have moved from southern summer into southern autumn (northern spring equinox).

  • 11th September 2014 Sol 746

    Posted by jbridges in Mars Science Laboratory Blog on September 11, 2014 We have now reached the first foothills in the Mt. Sharp part of the mission.  This area is called the Pahrump Hills.

  • 27th November 2015 Sol 1176

    Posted by jbridges in Mars Science Laboratory Blog on November 27, 2015 We have reached the Bagnold Dunes and are driving through a gap. The dark colour is due to the iron and magnesium-rich composition  of the sand grains (minerals like olivine and pyroxene).

  • Irish Ambassador speaks at launch of book co-edited by Leicester academic

    The Ambassador of Ireland in the United Kingdom, His Excellency Ambassador Dan Mulhall (pictured on the left), spoke at the launch of a new book co-edited by University of Leicester lecturer Dr Stephen Hopkins.

  • Molecular Pathology and Cell Biology of Cancer

    Module code: MB7401 This module will employ a molecular pathology approach to the study of cancer.  We will explore the molecular changes that take place during the progression of a cell -from normal cell to a malignant tumour.

  • Molecular Pathology and Cell Biology of Cancer

    Module code: BS4401 This module will employ a molecular pathology approach to the study of cancer.  We will explore the molecular changes that take place during the progression of a cell -from normal cell to a malignant tumour.

  • Revealing branching time in single-cell omics data

    STREAM logo STREAM logo| New single-cell omics technology allows scientists to analyse cell development in ways that were not previously possible.

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