InVivo Therapeutics Holdings CorpのEV / EBITDAはN/Aです。
EV / EBITDA は、企業価値をEBITDA(利息、税金、減価償却費および償却費を控除する前の利益)で割ったものですです。これは、株価がどれほど高価で、P / E比よりも頻繁に企業をお互いを比較するために使用されます。これは、投資家が会社のキャッシュフローの利益のために支払う価格を測定します。
Price to earnings ratios are impacted by a company's choice of capital structure - companies which raise money via debt will have lower P/Es (and therefore look cheaper) than companies that raise an equivalent amount of money by issuing shares, even though the two companies might have equivalent enterprise values. A sample case is when a company with debt were to raise money by issuing shares of stock, and then used the money to pay off the debt, this company's P/E ratio would shoot up because of the increased number of shares - although nothing about the fundamental value of the business has changed. EV / EBITDA is unaffected by capital structure as enterprise value includes the value of debt, and EBITDA is available to all investors (debt and equity) as it excludes interest payments on that debt. It is ideal for analysts and potential investors looking to compare companies within the same industry.
about invivo therapeutics invivo therapeutics holdings corp. is a research and clinical-stage biomaterials and biotechnology company with a focus on treatment of spinal cord injuries. the company was founded in 2005 with proprietary technology co-invented by robert langer, sc.d., professor at massachusetts institute of technology, and joseph p. vacanti, m.d., who then was at boston children’s hospital and who now is affiliated with massachusetts general hospital. in 2011, the company earned the david s. apple award from the american spinal injury association for its outstanding contribution to spinal cord injury medicine. in 2015, the company’s investigational neuro-spinal scaffold received the 2015 becker’s healthcare spine device award. the publicly-traded company is headquartered in cambridge, ma. for more details, visit www.invivotherapeutics.com. about the neuro-spinal scaffold™ following acute spinal cord injury, surgical implantation of the biodegradable neuro-spinal scaffold wi