What makes stem cells different? The stem cell field is faced with a dilemma as stem cells and some non-stem cells are sometimes too similar to tell apart. Even worse, stem cells and cancer cells are especially similar. If one focuses specifically on cancer stem cells (aka tumor initiating cells), the similarity between cancer stem […]
What makes stem cells different? Read More »
In this post I give my most interesting predictions about events in the stem cell field in 2011. Update: I’ve continuing doing predictions every year all the way through 2020 and intend to continue. See my 2012-2020 predictions here. Appeals court rules in favor of federally funded hESC research. This is more of a hope
Predictions for Stem Cells in 2011 Read More »
Advanced Cell Technology (ACT) announced that the FDA has approved their second human ES cell-based clinical trial, a combined Phase I/II, for the treatment of blindness. Advanced Cell Technology As a result, soon ACT will have two active, human ES cell-based clinical trials, both using the same human ES cell-based drug. The aim of the
FDA approves Advanced Cell Technology second stem cell trial for blindness Read More »
Cancer patients and their doctors face daunting challenges at the time of diagnosis. Many crucial questions either cannot be answered or rely upon relatively low-tech methods whose accuracy is far from ideal. For example, how aggressive is this tumor? Has it already spread? After diagnosis and initial treatment, it is critical to monitor patients for
One in a billion: finding stray cancer stem cells Read More »
Sheng Ding’s lab reports today in Cell Stem Cell (you can read it here) that they have replaced all genetic factors in a new iPS cell reprogramming method except Oct4. The other factors were replaced by chemical compounds. Thus, we continue a major transition in the iPS cell field away from genes and toward chemicals.
From genes to chemicals: iPS cell field, reprogramming in transition Read More »
It has been a rollercoaster few months between the anti-hESC court cases as well as Geron and Advanced Cell Technology (ACT) receiving the OK from the FDA to proceed with initial clinical trials of stem cell treatments. It’s OK to be excited about the clinical trials and I for one am, but we have to
Challenges translating stem cell treatments to patients Read More »
The trouble with the risk of teratoma presents a stem cell paradox. Stem cells possess two traits lacking in other cells: self-renewal and pluripotency. This duo of defining functions is key to the ability of stem cells to be used to treat patients via regenerative medicine. A paradox exists because while self-renewal and pluripotency are both
The trouble with teratoma: a stem cell paradox Read More »
Cancer is a class of diseases that are intimately linked to stem cells. In fact, I would go so far as to call some types of cancer cells and stem cells, cousins. This concept, of a tight relationship between stem and cancer cells, is under intense investigation but at the same time it is something
Disease Focus Series: Cancer Read More »
It has been an eventful year so far for the stem cell field. Where do we go from here ? What are the key questions that face the field? Below are my top 10 questions for the field, NOT listed in any particular order, and some predictions. Update: you can see the predictions for the
Questions & my predictions for the stem cell field right now Read More »
CIRM Board Member, Jeff Sheehy, has a wonderful piece in Nature Medicine on why patient advocates play a critical role in decision making on research priorities (hat tip to Amy Adams who first blogged on Sheehy’s piece). Patient advocates bring a unique and valuable perspective to the table. Their role in guiding CIRM research funding
Why scientists must be advocates too: Jeff Sheehy Read More »