{"model":{"id":4745,"update_text":"

Where we are now.

We're measuring reactive oxygen species (ROS) which we suspect are at barely sub-lethal levels in cancer cells (and much lower in normal control cells). Data has just come in but not yet analyzed.

","title":"Where we are now.","backers_only":false,"published_at":"2016-03-19T11:42:30.647-07:00","view_count":80,"publish_on":null,"url":"https://experiment.com/u/CRORg","image":null,"project_title":"Can low carbohydrate ketogenic diets inhibit cancers?","project_link":"https://experiment.com/projects/can-low-carbohydrate-ketogenic-diets-inhibit-cancers","project_id":"can-low-carbohydrate-ketogenic-diets-inhibit-cancers","user_id":22668,"likes":3,"comments":0,"save_url":"/updates/save","editor":"redactor","citations":[],"new_record":false,"is_published":true,"is_draft":false,"save_path":"/updates/save","file_attachments":[],"tags":["protocol"],"text_to_be_jsonified_for_read":"

Where we are now.

We're measuring reactive oxygen species (ROS) which we suspect are at barely sub-lethal levels in cancer cells (and much lower in normal control cells). Data has just come in but not yet analyzed.

","project_milestones":[],"completed_milestones":[],"edit_milestones_path":"/projects/can-low-carbohydrate-ketogenic-diets-inhibit-cancers/wizard#milestone","base_path":"/projects/can-low-carbohydrate-ketogenic-diets-inhibit-cancers/updates/CRORg","class_name":"Update","json_for_read":{"document":{"data":{},"key":"335f78d610fa44a9b8969a03088aa835","kind":"document","nodes":[{"data":{},"key":"faca52bc0fe64b2fbe72b8e737cc6f10","kind":"block","isVoid":false,"type":"heading-one","nodes":[{"key":"e6695e62a85c4e2080a0e058e1fe84b1","kind":"text","ranges":[{"kind":"range","text":"Where we are now.","marks":[]}]}]},{"data":{},"key":"697cc8ab2d344b4eb3a965261df63c9f","kind":"block","isVoid":false,"type":"paragraph","nodes":[{"key":"5d84b7cba6144b11a8f14117ba90bc07","kind":"text","ranges":[{"kind":"range","text":"We're measuring reactive oxygen species (ROS) which we suspect are at barely sub-lethal levels in cancer cells (and much lower in normal control cells). Data has just come in but not yet analyzed. ","marks":[]}]}]}]},"kind":"state"},"json_for_write":{"document":{"data":{},"key":"335f78d610fa44a9b8969a03088aa835","kind":"document","nodes":[{"data":{},"key":"faca52bc0fe64b2fbe72b8e737cc6f10","kind":"block","isVoid":false,"type":"heading-one","nodes":[{"key":"e6695e62a85c4e2080a0e058e1fe84b1","kind":"text","ranges":[{"kind":"range","text":"Where we are now.","marks":[]}]}]},{"data":{},"key":"697cc8ab2d344b4eb3a965261df63c9f","kind":"block","isVoid":false,"type":"paragraph","nodes":[{"key":"5d84b7cba6144b11a8f14117ba90bc07","kind":"text","ranges":[{"kind":"range","text":"We're measuring reactive oxygen species (ROS) which we suspect are at barely sub-lethal levels in cancer cells (and much lower in normal control cells). Data has just come in but not yet analyzed. ","marks":[]}]}]}]},"kind":"state"},"slate_flag":true,"text_to_be_jsonified_for_write":"

Where we are now.

We're measuring reactive oxygen species (ROS) which we suspect are at barely sub-lethal levels in cancer cells (and much lower in normal control cells). Data has just come in but not yet analyzed.

","private":false},"initialComments":[]}