ns 
* 
Drcemprr 31, 1859. ] 
Some yea 
very fine variety from 
distinct species from 
ment of our present Face. 
Australia, and a 
of superior —€— but neither succe 
is possible tl 
foreign — but be this as i 
celle 
the — imens to try if possible to keep the | spawn 
we ity of the latter gas eme will prem to, what is expended in the production of heat, the ouly 
vell ‘know n physical laws be dim ished by the p iscrepancy between the two statements $ 
uantity 1 w this that Liebig would seem to represent fat as excremen- 
nges in | titious, that is, stored up to meet the de of animal 
es — ef — À t€ removal d oxidation of dead | heat, and not to fulfil am ific on in the 
py we should matter, and see emper ion ofa nimal heat, a e the re- | organism; whereas Lewes points out, that it forms a 
supplied | u ults y constituent of the brain, and th at it is not 
PP changes g go emer ts — = demanà - animal entirely g the body in 
he: vation, where the 
cultivation, whether it be looked upon as species or 
mo: 
is less ponendo an atmosphere 
y be 
ea 
with carbonic acid ma supportable, so that t 
tissues have been pades r.d 
may be introduced with impunity into air 80 vitiated 
as may make it desirable to pro pagate i 
rises EI it must be bredjht out under a 
name, as its peculiar appearane e might m 
variety. Sho uld he find tha 
ok 
Indeed, even in a languid state of the constitution, 
whether occurring naturally, or induced. artificially by 
ge 
ose which, though 
282 contributing to — d - perfect per. 
chasers hesitate at first abouti itsq 
the , gradual introduction of — ac id, its slo ower 
.MYCOLOGY. - 
n this h 
occasionally 
cT most remerkabl . te 
The 
xot frs eys 
"ed 
mon morphosis 
convenience than se that 
es, which. —— — net «1 imr e so 
ta 
vd the tissu 
superadded, and 
lina wad con ingent 
The fa t of the brain, and the water which gives — 
ecessary, is 
— it. 
But t what m 
the * -iag 
y ende ers t 
aking place with less than ordinary 
— —— ature of those differences in 
* ie ts, and | § 
n the plan of the ring Myoologista, arti ped 
"— dave T found so interesting as well a 
ex ency 
rtilages, must be placed in the former 
pP associated with fos yh n the second ; for it w 
* l the i 
of 
the 
be just as 
as an ituent 
issue, because it 322 = thereby facilitates 
— ies or of an his of enden . 
with a | 
] 
a mt 
gein his living pma is a problem beyond the 
er grease as a part of 
| the e wheel, because the ong "i not PTS its office 
withoc 
r^ 
— of chemistry, and 15 suspect of physiology also 
ith Lew 
instru 
Mr. Lewes that re — a- 
ti Sat Pu 1 
ADE MEMORA 
TR ND 
Ix our last Number we inserted Enn this title an| 
as à valid 
13 with 
m milk, 
lae rome assi by Pate to the young — “al I the 
rio . represents in itself all th 
the 
Manchester Police, in answering an inquiry addressed 
to them by Mr. — of Crewkerne, an M by which we 
have e led in our Number of December 17 to give | 
admiss E paige ph reflecting on the — of | 
a highly "respectable g gentleman, Mr. G. F. andley 
Manchester, 
of tio on is merely a 
of pre rove ed e from the 
en with enrbon in void — of the 
and — this vw Lees whether it be in 
oa * or in the blood, an equi nt amonnt of 
lt. 
; except 1 
elen nents of —— Thus the nitrogenous consti- 
is prese n E ion, and 
| the — in the oily and sacc! 
The co-existence of both the latter — seem to 
imply that something more the of 
animal heat is — ia = and that, as Lewes 
Nor is it loget ther 
rocess of e xchange; were it 80, , the 
1 Inet 
iggests, whilst lis likewi — ient to the 
formation — fit da sugar may 7 promote some other 
was mistaken by the Police for an . different 
person. Our last Number — te a Manchester of a nd 
from the Chief Constable o 
ed how it EL p ral for the er this | 
satisfactory to Mr. Mandley, | 
explain 
large amount of cold air which they in spire, whereas 
— only do they keep up their own temperature, but 
ent — made upon the subject, 
| tio e of — 8 ; that arterial blood i is 
always somewhat than venous, and therefore 
that * ‘absorption of c — must be attended by a 
rcely know | 
paragraph i in bur at: Number, 
pe 2 nothing A be wa Mes ing « on our — we bog 
to express regret for the error into 
we have th GAVERE Niy lcd, and we offer = | 
Mn Mandley — fullest and most ample apology e| 
can make for i 
Baron Liebig has E — a most ingenious theory, 
to account for the tra ssion of oxygen "— the 
system, — — — — with carbon. e blood 
corpuscles, he says, contain a — nd of iron, ih 
latter —— with oxygen, and thus passes, first, into 
— — of protoxide, and afterwards into that of a 
oxi 
erto undeterm 
established, — an addition to 
wou 
"re 
acco! 
considering its setéliie — 
salts - the water which it contains. 
3 
food, can doubt t at le was fally al 
of the former, or hel elp consluding, t that the TM 
— 
itor of The Gardeners’ Chroni cle. 
sent it. But having a —— 
where, 
and a warning for jen to d ae A it 
“struck me tha hat it was necessa 5 not 
any one in Manchester eo: vip 1 l apps T 
ki ly did so — same 
time to inquire at the Post Office whether such a gentle- 
ress se im, 
mistake would 
to Mr. Mandley | 
n place 
of nearly C same ek Yee to then My 
lection of the name, and the superinten: fate ‘state 
e off * 
leave you 
ress my regret at having e — be 
75 n to a gentleman — — 
Scott, Merriott 
io 
do 
sory to gtvitur 80 mith 
w men. John 
the estimation — his — Nurseries, 
kerne, Somer: 
Crew 
DR. DAUBENY’S 
` LECTURE ON THE THEORY OF ANIMAL 
NUTRITION. 
1038 
8 oe From p. 1038). — : 
wo high in | manner rep 
its course through | 
of i + 
in 
tion o 
ios sents. But this — 
the ka peer les, gives out a Por 
| carbon ent, whence i 
33 protoxide, — that the — * 
mbines with it. me ce, the darker 
s bl arises from ee 
an ingredient of the b 
les. But 3 of iron is decomposed by 
oxygen, the — acid — set at liberty and th 
€ remaining in the state of a protoxide. H 
rises the evolution of carbonie acid during the process | 
of A - — bei ing the joint effect of | 
the law tá 
this fluid, as in many other articles of diet [o are 
wes, indeed, quotes some ex 
| sor, that adult animals cannot 
hen ce draws an inference as 
in it of 5 
XE 
ifficult to suggest reasons, connected 
. which should render vr ee 
membra: oxygen for 
the rehangé of o 
erefore that this publie carbonic il d taking ir in tho cells of the pulmonary no less than 88. e 
ble n 
a consequence of the law of gaseous 
cue the chemical 
recise materials z^ milk not more than 3. 
1 
Ordinary woman's milk is found by analysis to contain 
* water, ; and of the remain- - 
g 114 
» 9.9 are nitrogenous, therefore 
tined for build building up — — the system, only 
bein ng: designed to pr — »- 
f we — — 5 per ce letter saccharine, 
2.5 as oily, we shall dn sry of carton’ in the 
t, - as in the latter — making the per 
carbon nt in the heat-p 
3 per cent., or about 
i 
des 
1 
and 
firs 
the whole. 
J, 
got 
8 
«c the consumption of carbon daily in an adult 
deep, to the (^ pra * eges ee. other 
ne former c 
combustion, but of i — a ng ecause | 
oxygen escas not line with carbon, sub- 
pom for car . wi at tbe spot where he latter 
t goes o t, beca 
th ; 
there is mot enough or nt maon 
use | re; 
sape 
pendent sources of heat, nor even gs t the — 
which carbon becomes unite oxygen is a mo 
cie one than chemists tase! on in the habit of 
it. 
curious cases — duced, in Me ine! heat 
erated after li 
acid present, that it acts upon the 88 as a poison. 
The distinction between the two cases is ingeniously | 
some experiments Ba thí 
extinct, ay be expla koed W the ——— of the 
oxidation ere e vessels, owing to the 
oxygen oi 9 ae 
union of fs e 
put i 
— — to 15 per cent. of 
oxygen by the E eat ei. dE 
with the 
carbon of the tissues, . therefore, referable to| 
chemical processes sti still atrii on. 
not more incredible than that of 
4 
t, e rom 14 to 
me. t being 1 he than 10. artt pelana an 2 
A 
ry ume 
| that quantity, or 300 ounces ; — y 19 pints or more 
- | than 
— 
has become 
It is a fact at least | 
processes of growth | run 
z derive all his heat- 1 m milk, it 
ould be necessary for him 30 times 
24 m = 
- the y 74 per 
pon ter, end W. CE ead 47% 35; so al an 
English foot ‘soldier, pod consumes his allowance of 
Ib. of meat and 1 Ib. of farinaceous matter per 
with the geni a of S ins 14 lb. in the 
bles, h nourishment in 
2 —.— owing to arin e aoan f of oxygen, but a bird 
tolh - in it 
removed 
If, on the contrarv 
" 
PEN * 
In milk too, the flesh-produci 
seem to bear 
of A En ge Ty 
- 
als toget 
acid, the animal dies, ‘bat the » taper. goes on burning. 
"Me em in — aa to 0 leti ig's theory of ri- 
Mor eover 
acid d by the introduction of potass, the animal recovers ; 
states with perfect correctness, that the oily peii. 
saccharine materials apu = <i into the system 
ore than merely m the produc of 
must in thi " m 
© 
a 4 3 
tion 
l i heat; 8 which is is — iem the constituents of 
y, being derived from these portions of 
oO 
Here 
nt 15 t 
solution. "Yet { 
ever is in e with t 
—— iix. St. ö Hospital. 
to a it on ratio to pro- 
saccharine and oil d ‘than is the case 
in ordinary diet, at least if be correct in esti- 
— À the at about 1 “of the 
former ter; wirds ne in woman's 
milk is $9, whilst the. c inks oil 3 are ome 
79,2 EM 4 being t hus ma ade for the rapid gro’ 
of the in! 
pon po^ whole then, nothing that 
been bro A 
