enterprise value

enterprise value
enterprise value

EV Gets Into Gear

The enterprise value - or EV for short - is an indicator of how the market attributes value to a firm as a whole. Enterprise value is a term coined by analysts to discuss the aggregate value of a company as an enterprise rather than just focus on its current market capitalization. It measures how much you need to fork out to buy an entire public company. When sizing up a company, investors get a clearer picture of real value with EV than with market capitalization.

Why doesn't market capitalization properly represent a firm's value? It leaves a lot of important factors out, such as a company's debt on the one hand and its cash reserves on the other. Enterprise value is basically a modification of market cap, as it incorporates debt and cash for determining a company's valuation.

The Calculation

Simply put, EV is the sum of a company's market cap and its net debt. To compute the EV, first calculate the company's market cap, add total debt (including long and short-term debt reported in the balance sheet), and subtract cash and investments (also reported in the balance sheet). Market capitalization is the share price multiplied by the number of outstanding shares. So, if a company has 10 shares and each share currently sells for $25, the market capitalization is $250. This number tells you what you would have to pay to buy every share of the company. Therefore, rather than telling you the company's value, market cap simply represents the company's price tag. The Role of Debt and Cash

Why are debt and cash considered in valuing a firm? If the firm is sold to a new owner, the buyer has to pay the equity value (in acquisitions price is typically set higher than the market price) and must also repay the firm's debts. Of course, the buyer gets to keep the cash available with the firm, which is why cash needs to be deducted from the firm's price as represented by market cap. Think of two companies that have equal market caps. One has no debt on its balance sheet while the other one is debt heavy. The debt-laden company will be making interest payments on debt over the years. (Preferred stock and convertibles that pay interest should also be considered debt for purposes of calculating value.) So, even though the two companies have equal market caps, the company with debt is worth more.

By the same token, imagine two companies with equal market caps of $250 and no debt. One has negligible cash and cash equivalents on hand, and the other has $250 in cash. If you bought the first company for $250, you will have a company worth, presumably, $250. But if you bought the second company for $500, it would have cost you just $250, since you instantly get $250 in cash. If a company with a market cap of $250 carries $150 as long-term debt, an acquirer would ultimately pay a lot more than $250 if he or she were to buy the company's entire stock. The buyer has to assume $150 in debt, which brings the total acquisition price to $400. Long-term debt serves effectively to increase the value of a company, making any assessments that take only the stock into account preliminary at best.

Cash and short-term investments, by contrast, have the opposite effect. They decrease the effective price an acquirer has to pay. Let's say a company with a market cap of $25 has $5 of cash in the bank. Although an acquirer would still need to fork out $25 to get the equity, it would immediately recoup $5 from the cash reserve, making the effective price only $20.

Ratio Matters

Frankly, knowing a company's EV alone is not all that useful. You can learn more about a company by comparing EV to a measure of the company's cash flow or EBIT. Comparative ratios

demonstrate nicely how EV works better than market cap for assessing companies with differing debt or cash levels or, in other words, differing capital structures.

It is important to use EBIT - earnings before interest and tax - in the comparative ratio because EV assumes that, upon the acquisition of a company, its acquirer immediately pays debt and consumes cash, not accounting for interest costs or interest income. Even better is free cash flow, which helps avoid other accounting distortions.

For a good example, go back to 2003 and look at the price of two comparable stocks: Sears and JC Penney. At $45 per share, Sears had a market cap of $13.5 billion and P/E (market cap/earnings) ratio of 10. But its balance sheet was burdened with nearly $30 billion in net debt. So Sears' EV was $43.5 billion, or about 14 its $3.4 billion in EBIT.

By contrast, JC Penney enjoyed a share price of $23 per share and a market cap of $6.1 billion and P/E ratio of 20, twice that of Sears. But because JC Penney owed a lot less - its net debt stood at $3.5 billion, its EV was $9.6 billion and its EV/EBIT ratio was only 10, compared to Sears'

EV/EBIT of 14.

By market cap (P/E) alone, Sears looked like it was half the price of JC Penney. But on the basis of EV, which takes into account important things like debt and cash levels, JC Penney was priced much less per share. As the market gradually discovered, JC Penney represented a better buy, offering more value for its price.

Conclusion

The value of EV lies in its ability to compare companies with different capital structures. By using enterprise value instead of market capitalization to look at the value of a company, investors get a more accurate sense of whether or not a company is truly undervalued.

Importance of Enterprise Value

Enterprise value is a measure of the actual economic value of a company at any given moment. Enterprise value measures what it would actually cost to purchase the entire company. Many investors use the current value of all of a company's outstanding shares as a proxy for its economic value. Known as market capitalization, the current market value of all of a company's shares is equal to the current number of outstanding shares multiplied by the current share price:

Market Capitalization = Number of Shares Out * Current Share Price

You can find the current share price almost anywhere, thanks to the wonder of 15-minute delayed and real-time quotes. Shares outstanding can be a little trickier, but truth be told I only use one source to find this number -- the latest quarterly earnings press release or SEC filing. Although the number appears in the quote feeds of a number of data providers, I have found that it often lags the latest reported quarter by a couple of weeks and seldom takes into account in timely fashion the shares issued to acquire another company.

Now, if market capitalization is the value of all of the outstanding shares, why use enterprise value at all? I mean, enterprise value only appears in a few business school textbooks that focus on cash-flow valuations. The rest of the investment media uses market capitalization. Well, let me let you in on a little secret. Wall Street is many things, but it is not thorough and it is not scientific. In fact, it is downright scary when you look hard enough and see that there is really no unified body of knowledge outside of the quite excellent Chartered Financial Analysts program (which has only about 40,000 graduates total ever) that analysts, market strategists, and pundits draw from. Carpentry (a quite noble profession) has a more rigorous set of intellectual standards.

Although market capitalization is the key component of the actual economic value of a company, it is hardly the only one. Using only market capitalization to value companies is kind of like using the down payment on a house as a proxy for how much a house is worth. The larger the mortgage on the house is, the more wrong you end up being. When a company carries long-term debt, which is essentially what a mortgage is, the company has pledged its own assets to borrow money. If someone were to acquire that company, she would also acquire responsibility for that debt. Much like the person who "assumes" a mortgage of $50,000 after paying $20,000 in equity for a home, a company that pays $20 million for the stock of a company with $50 million in debt has really paid $70 million for the entire company.

The simple fact is that debt matters. Now, many companies have an inconsequential amount of debt; however, there are plenty where the amount of debt that the company has is quite consequential. A controversial, Nobel prize winning economic theory called M&M (after two professors named Modigliani and Miller) proposed that the effective capital structure of a company was the market value of its equity plus its debt. The controversial part was when they went on to say that there is no optimum capital structure, meaning that every dollar of debt a company carried consumed a potential dollar of equity. Put another way, a company's value was a given. Whether it chose to recognize that value all in debt or equity was the company's choice -- there was no capital structure that resulted in a higher valuation without increasing earnings somehow.

Another very important factor to consider when analyzing a company is what it has in the bank. If a company has a hoard of cash or significant equity stakes in other publicly traded businesses, these are pretty easy to value and are obviously sources of liquidity for the company. Going back to our home example, say you bought a home for $70,000 -- $20,000 in cash and $50,000 in debt after assuming the mortgage. When you walked in the house, you found $20,000 in cash left by the previous owner. After putting this $20,000 in the bank, your effective purchase price becomes $50,000. Although you paid out $20,000 to the owner, you got it right back.

Because of the rather complicated rules of acquisition and corporate ownership, this somewhat ludicrous example happens all of the time in the business world. If a company has $20 million in cash in the bank, it is not like the outgoing Chairman can put it in his pocket as he leaves. That money belongs to the company -- and those who own the company. If someone is buying the company, that money really belongs to him or her. No one else can take it. As a result, when the old owners are paid off they are paid off with cash from the new owners -- leaving any cash in the company behind for the new owners to keep. Given that equity stakes in other publicly traded companies are really just as good as cash -- heck, maybe even better -- it makes sense to count this as part of the cash hoard for the purposes of determining what the actual economic price of a company is.

Given all of this, you can see that the real, economic purchase price of a company at any given moment is the value of the stock (the market capitalization), plus the debt that the company has taken on, minus any cash or investments it has on the books. This is what we call enterprise value. We use this instead of market capitalization because it is the actual economic purchase price of a company at any given moment. Enterprise value reflects the actual purchase price anyone acquiring a company would have to pay.

Enterprise Value = Market Capitalization + Long-term Debt - Cash & Investments

Why go to all of this trouble when some people argue that the value of the stock has already been

adjusted for the debt and cash a company has? Because no matter how much the actual price of the stock changes, the debt and the cash do not go away. An acquirer still has to take on the debt and still gets to put the cash in the bank whether the company's stock is worth $1 billion or one dollar. Debt and cash are economic realities and must be factored into the purchase price an acquirer pays for a company. Enterprise value is not a valuation, meaning the theoretical price at which a company should trade, but a value, meaning the current, real price as definite as if stuck on with a pricing gun.

纳米纤维支架

International Journal of Biological Macromolecules 48 (2011) 571–576 Contents lists available at ScienceDirect International Journal of Biological Macromolecules j o u r n a l h o m e p a g e :w w w.e l s e v i e r.c o m /l o c a t e /i j b i o m a c Fabrication of chitosan/poly(caprolactone)nano?brous scaffold for bone and skin tissue engineering K.T.Shalumon a ,K.H.Anulekha a ,K.P.Chennazhi a ,H.Tamura b ,S.V.Nair a ,?,R.Jayakumar a ,? a Amrita Center for Nanosciences and Molecular Medicine,Amrita Institute of Medical Sciences and Research Centre,Amrita Viswa Vidyapeetham,Kochi 682041,India b Faculty of Chemistry,Materials and Bioengineering and High Technology Research Centre,Kansai University,Osaka 564-8680,Japan a r t i c l e i n f o Article history: Received 15December 2010 Received in revised form 18January 2011Accepted 24January 2011 Available online 1 February 2011Key words:Chitosan Tissue engineering Poly(caprolactone)Nano?bers Contact angle a b s t r a c t Chitosan/poly(caprolactone)(CS/PCL)nano?brous scaffold was prepared by a single step electrospinning technique.The presence of CS in CS/PCL scaffold aided a signi?cant improvement in the hydrophilicity of the scaffold as con?rmed by a decrease in contact angle,which thereby enhanced bioactivity and protein adsorption on the scaffold.The cyto-compatibility of the CS/PCL scaffold was examined using human osteoscarcoma cells (MG63)and found to be non toxic.Moreover,CS/PCL scaffold was found to support the attachment and proliferation of various cell lines such as mouse embryo ?broblasts (NIH3T3),murine aneuploid ?bro sarcoma (L929),and MG63cells.Cell attachment and proliferation was further con?rmed by nuclear staining using 4 ,6-diamidino-2-phenylindole (DAPI).All these results indicate that CS/PCL nano?brous scaffold would be an excellent system for bone and skin tissue engineering. ? 2011 Elsevier B.V. All rights reserved. 1.Introduction Tissue engineering,a combination of principles of engineering and life sciences to improve tissue function has evolved decades ago [1].The main aspect of tissue engineering is the develop-ment of a suitable scaffold which can mimic the extra cellular matrix.Natural extra cellular matrix is a combination of proteo-glycans (glycosaminoglycans)and ?brous proteins.Certain speci?c requirements of the scaffolds for tissue reconstruction are ade-quate pore size for cell seeding,diffusability throughout the matrix,and biodegradability.The design of a scaffold involves the selec-tion of a suitable material which is biodegradable,biocompatible as well as non toxic to the cells,selection of a suitable method/type of scaffold which can provide better surface for cell attachment,proliferation and differentiation.The extra cellular environment formed on nano?bers compared to that on solid-walled surfaces has led to the report of increased cellular attachment with several cell lines including osteoblastic cells [2,3],?broblasts [4],normal rat kidney cells,smooth muscle cells [5],neural stem cells [6],and embryonic stem cells [7].This increased attachment across various cell types provides tissue engineers,a potential tool to generate functional tissues in shorter time frames than would be possible on more traditional scaffolds.As of now so many nat- ?Corresponding authors.Tel.:+914842801234;fax:+914842802020.E-mail addresses:nairshanti@https://www.360docs.net/doc/34505256.html, (S.V.Nair), rjayakumar@https://www.360docs.net/doc/34505256.html, ,jayakumar77@https://www.360docs.net/doc/34505256.html, (R.Jayakumar).ural and synthetic polymers as well as their blends have been tried in this case.A wide variety of polymers are used in fabri-cating scaffolds viz-poly(lactic acid)[6],poly(glycolic acid)[8,9],poly(lactic-co-glycolic acid)[10],poly(caprolactone)[11],or natu-ral ones such as collagen [12],gelatin [13],silk [14]and chitosan [15,16].Recently there is seen a growing interest in the produc-tion of scaffolds by using natural polymers like chitin [17,18],chitosan [19,20],alginate [21],collagen [22],gelatin [23–25]etc.,due to their non-toxicity,enhanced biocompatibility,cell adhe-sion and proliferation.Since the use of natural polymers have certain disadvantages like low stability,toxic degradation products which can be harmful to the cells,the natural polymers are often blended with synthetic polymers [26,27].Also this have enhanced mechanical properties,degradation stability and enhanced af?n-ity to the cellular components.Chitin and chitosan have been used as scaffolds due to their biodegradability,hydrophilicity,non-antigenicity,non-toxicity,antimicrobial activity,bio adherence and cell af?nity,which make chitosan the ideal candidate for uses in a wide range of applications [28–31].The scaffold material in our study is a blend of chitosan and polycaprolactone nano?bers obtained by single step electrospinning.In this technique the poly-mer solution is pumped through a syringe,forms ?bers when high electric ?eld is applied.When the applied ?eld overcomes the sur-face tension of the polymer solution,the polymer forms continuous ?laments and can be collected in a collector which is grounded.Many properties of PCL such as thermal degradation,hydrophilic-ity,biodegradability and mechanical properties can be improved by incorporation of CS in PCL [32].The blend of the both polymers 0141-8130/$–see front matter ? 2011 Elsevier B.V. All rights reserved.doi:10.1016/j.ijbiomac.2011.01.020

基于MXene复合纳米纤维支架的可穿戴电容压力传感器用于人体生理信号采集

ACS Appl. Mater. Interfaces:基于MXene复合纳米纤维支架的可穿戴电容压力传感器用于人体生理信号采集 DOI: 10.1021/acsami.0c05819 近年来,具有柔性、生物相容性和可拉伸性的高灵敏度压力传感器在可穿戴电子设备和智能皮肤领域引起了广泛关注。然而,要同时实现传感器的高灵敏度和低成本化,并获得最佳的机械稳定性和超低的检测极限,以用于精细的生理信号监测设备,是一个相当大的挑战。针对上述问题,本文报道了一种用于超低压测量的高灵敏度、高可靠性电容压力传感器(CPS)的简易制备方法,通过将MXene (Ti3C2Tx)/聚偏二氟-三氟乙烯(PVDF-TrFE)复合纳米纤维支架(CNS)夹在生物相容性聚(3,4-亚乙基二氧噻吩)聚苯乙烯磺酸(PEDOT:PSS)/聚二甲基硅氧烷(PDMS)电极之间作为介电层。所制备的传感器具有0.51 kPa-1的高灵敏度和1.5 Pa的最低检测限。此外,它还可以在较宽的压力范围(0-400 kPa)内实现线性传感,即使在超高压(大于167 kPa)下也能在10000次循环期间实现较高的可靠性。与原始PVDF-TrFE纳米纤维支架相比,通过MXene 负载可提高纳米纤维基传感器的灵敏度,从而将介电常数提高至40,压缩模量降低至58%。该传感器可通过监测生理信号(脉搏率、呼吸、肌肉运动和眼部抽搐)来确定患者的健康状况,是下一代人机界面设备的良好候选设备。

图https://www.360docs.net/doc/34505256.html,S基压力传感器的制备过程和结构。(a)展示CNS基压力传感器的制备过程示意图。(b)CNS的TEM图像,显示单层和多层MXene纳米薄片。插图为高分辨率的TEM,显示与MXene(002)平面相对应的0.93 nm的层间距。(c)照片显示不同MXene浓度的CNS和制成的传感器。(d)CNS的FESEM 图像,插图显示更高放大倍率下的形态。(e)复合纳米纤维的EDS图显示了C、F、O和Ti元素。

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